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Sun Fire X2270 M2 Server Product Documentation
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Document Information

Preface

Related Books

About This Documentation (PDF and HTML)

Documentation Comments

Download Server System Tools and Drivers

Documents History

Hardware Installation and Product Notes

Hardware Installation

Sun Fire X2270 M2 Server Installation Guide

Installation Overview and Preparation

Installing the Server Into a Rack With Optional Slide Rails

Managing Your Server

Communicating With the ILOM and the System Console

Configuring the Factory--Installed Oracle Solaris 10 Operating System

Powering On and Powering Off the Server

Troubleshooting and Support

Product Notes

Sun Fire X2270 M2 Server Product Notes

Operating System Installation

Oracle Solaris Operating System

Planning the Oracle Solaris Operating System Installation

Installing Oracle Solaris 10 OS

Linux

Introduction to Linux Installation

Preliminary Tasks Before Installing an OS

Installing Oracle Enterprise Linux

Installing SUSE Linux Enterprise Server

Installing Red Hat Enterprise Linux

Booting From OS Distribution Media

Configuring a Linux Server to Support PXE Installation

Identifying Logical and Physical Network Interface Names for Linux OS Configuration

Oracle VM

Installing Oracle VM

Windows

Planning the Operating System Installation

Installing Windows Server 2008 Operating System

Post Installation

Incorporating Sun Fire Drivers Into a WIM Image

Configuring RAID Controller in the BIOS Setup Utility

ESX

Sun Fire X2270 M2 Server Installation Guide for ESX Software

Preparing to Install VMware ESX 4.0 and ESXi 4.0

Installing VMware ESX 4.0

Installing VMware ESXi 4.0

Booting Installation Media

Administration, Diagnostics, and Service

Administration Using ILOM

Overview of the ILOM Supplement

ILOM Feature Set

ILOM Overview

What Does ILOM Do?

Supported Platform Firmware

Supported ILOM 3.0 Feature Set

Sun Fire X2270 M2 Server Platform-Specific Features

Communicating With the ILOM and the System Console

Server Back Panel LEDs and Ports

Basic Server Connection

About ILOM SP IP Addresses and the ILOM Interfaces

Determining the SP IP Address

How to Get the SP IP Address Using the BIOS Setup Utility

How to Get the SP IP Address Using a Serial Connection and the CLI

Connecting to the ILOM

How to Connect to the Command-Line Interface Using SSH

How to Connect to the ILOM Command-Line Interface Through the SER MGT Port

How to Connect to the ILOM Web Interface

Connecting to the System Console

How to Connect to the Server Locally (Physical Console)

How to Connect Remotely Using the ILOM Web Interface

How to Connect to the Serial Console Using the ILOM CLI

ILOM Platform Features for the Sun Fire X2270 M2 Server

Hardware Information

Server Locator LED

Port Locations

Switching Serial Port Output Between SP and Host Console

How to Switch Serial Port Output Between the SP and the Host Console Using the Web Interface

How to Switch Serial Port Output Between the SP and the Host Console Using the CLI

How to Clear Server Faults

ILOM Sideband Management

Special Considerations for Sideband Management

How to Configure Sideband Management Using the Web Interface

How to Configure Sideband Management Using the CLI

Running IPMITool from the Host

Updating ILOM Firmware Using the IPMIflash Utility

Sensors

Temperature and Voltage Readings

Sensor List

How to View the Sensors From the System BIOS

BIOS System Event Log Sensor Error List

Using ILOM to Monitor the Host

System ILOM Sensors

System ILOM Indicators

Updating Firmware

Firmware Versions Worksheet

Determining Current Firmware Versions

How to Determine the ILOM and BIOS Firmware Versions Using the Web Interface

How to Determine the ILOM and BIOS Firmware Versions Using the Command-Line Interface Through the Serial Port

How to Verify the ILOM and BIOS Firmware Versions Using the Command-Line Interface Through the Management Ethernet Port

Preparing for a Firmware Update

How to Plan the Firmware Update

How to Download Firmware Updates

Updating the ILOM and System BIOS

How to Update the ILOM and System BIOS Using the Web Interface

How to Update the ILOM and System BIOS Using the Command-Line Interface

Diagnostics

Preface

Diagnostics Guide

Introduction to Diagnostic Tools

U-Boot Diagnostic Startup Tests

Pc-Check Diagnostics Utility

Accessing the Pc-Check Diagnostics Utility on the Tools and Drivers CD/DVD

Service

Sun Fire X2270 M2 Server Service Manual Organization

Sun Fire X2270 M2 Server Overview

Maintaining the Sun Fire X2270 M2 Server

Sun Fire X2270 M2 Server Service Procedures and Information

Sun Fire X2270 M2 Server Specifications

Index

Sensor List

The following table lists the server sensors and data information.

Sensor Name
Information
Data
ACPI
Sensor ID
ACPI (0x0)
Entity ID
7.0
Sensor Type (Discrete)
System ACPI Power State
States Asserted
System ACPI Power State

[S0/G0: working]

/P0/PRSNT
Sensor ID
/P0/PRSNT (0x1)
Entity ID
3.0
Sensor Type (Discrete)
Entity Presence
States Asserted
Availability State [Device Present]
/P1/PRSNT
Sensor ID
/P1/PRSNT (0x2)
Entity ID
3.1
Sensor Type (Discrete)
Entity Presence
States Asserted
Availability State [Device Absent]
/P0/D0/PRSNT
Sensor ID
/P0/D0/PRSNT (0x3)
Entity ID
32.0
Sensor Type (Discrete)
Entity Presence
States Asserted
Availability State [Device Absent]
/P0/D1/PRSNT
Sensor ID
/P0/D1/PRSNT (0x4)
Entity ID
32.1
Sensor Type (Discrete)
Entity Presence
States Asserted
Availability State [Device Absent]
/P0/D2/PRSNT
Sensor ID
/P0/D2/PRSNT (0x5)
Entity ID
32.2
Sensor Type (Discrete)
Entity Presence
States Asserted
Availability State [Device Absent]
/P0/D3/PRSNT
Sensor ID
/P0/D3/PRSNT (0x6)
Entity ID
32.3
Sensor Type (Discrete)
Entity Presence
States Asserted
Availability State [Device Absent]
/P0/D4/PRSNT
Sensor ID
/P0/D4/PRSNT (0x7)
Entity ID
32.4
Sensor Type (Discrete)
Entity Presence
States Asserted
Availability State [Device Absent]
/P0/D5/PRSNT
Sensor ID
/P0/D5/PRSNT (0x8)
Entity ID
32.5
Sensor Type (Discrete)
Entity Presence
States Asserted
Availability State [Device Absent]
/P1/D0/PRSNT
Sensor ID
/P1/D0/PRSNT (0x9)
Entity ID
32.6
Sensor Type (Discrete)
Entity Presence
States Asserted
Availability State [Device Absent]
/P1/D1/PRSNT
Sensor ID
/P1/D1/PRSNT (0xa)
Entity ID
32.7
Sensor Type (Discrete)
Entity Presence
States Asserted
Availability State [Device Absent]
/P1/D2/PRSNT
Sensor ID
/P1/D2/PRSNT (0xb)
Entity ID
32.8
Sensor Type (Discrete)
Entity Presence
States Asserted
Availability State [Device Absent]
/P1/D3/PRSNT
Sensor ID
/P1/D3/PRSNT (0xc)
Entity ID
32.9
Sensor Type (Discrete)
Entity Presence
States Asserted
Availability State [Device Absent]
/P1/D4/PRSNT
Sensor ID
/P1/D4/PRSNT (0xd)
Entity ID
32.10
Sensor Type (Discrete)
Entity Presence
States Asserted
Availability State [Device Absent]
/P1/D5/PRSNT
Sensor ID
/P1/D5/PRSNT (0xe)
Entity ID
32.11
Sensor Type (Discrete)
Entity Presence
States Asserted
Availability State [Device Absent]
/MB/T_AMB
Sensor ID
/MB/T_AMB (0xf)
Entity ID
7.8
Sensor Type (Analog)
Temperature
States Reading
22 (+/– 0) degrees C
Status
ok
Lower Non-Recoverable
–10.000
Lower Critical
–5.000
Lower Non-Critical
0.000
Upper Non-Critical
50.000
Upper Critical
55.000
Upper Non-Recoverable
60.000
Assertions Enabled
lnc– lcr– lnr– unc+ ucr+ unr+
Deassertions Enabled
lnc– lcr– lnr– unc+ ucr+ unr+
MB/V_+12V
Sensor ID
MB/V_+12V (0x10)
Entity ID
10.0
Sensor Type (Analog)
Voltage
States Reading
12.033 (+/– 0) Volts
Status
ok
Lower Non-Recoverable
na
Lower Critical
9.576
Lower Non-Critical
10.773
Upper Non-Critical
13.167
Upper Critical
14.364
Upper Non-Recoverable
na
Assertions Enabled
lnc– lcr– unc+ ucr+
Deassertions Enabled
lnc– lcr– unc+ ucr+
MB/V_+1V5
Sensor ID
MB/V_+5V (0x11)
Entity ID
10.0
Sensor Type (Analog)
Voltage
States Reading
5.122 (+/– 0) Volts
Status
ok
Lower Non-Recoverable
na
Lower Critical
3.978
Lower Non-Critical
4.498
Upper Non-Critical
5.486
Upper Critical
5.980
Upper Non-Recoverable
na
Assertions Enabled
lnc– lcr– unc+ ucr+
Deassertions Enabled
lnc– lcr– unc+ ucr+
MB/V_+3V3_STBY
Sensor ID
MB/V_+3V3_STBY (0x12)
Entity ID
10.0
Sensor Type (Analog)
Voltage
States Reading
3.251 (+/– 0) Volts
Status
ok
Lower Non-Recoverable
na
Lower Critical
2.597
Lower Non-Critical
2.993
Upper Non-Critical
3.595
Upper Critical
3.887
Upper Non-Recoverable
na
Assertions Enabled
lnc– lcr– unc+ ucr+
Deassertions Enabled
lnc– lcr– unc+ ucr+
MB/V_+3V3
Sensor ID
MB/V_+3V3 (0x13)
Entity ID
10.0
Sensor Type (Analog)
Voltage
States Reading
3.371 (+/– 0) Volts
Status
ok
Lower Non-Recoverable
na
Lower Critical
2.597
Lower Non-Critical
2.993
Upper Non-Critical
3.595
Upper Critical
3.887
Upper Non-Recoverable
na
Assertions Enabled
lnc– lcr– unc+ ucr+
Deassertions Enabled
lnc– lcr– unc+ ucr+
MB/V_+3V3_VBAT
Sensor ID
MB/V_+3V3_VBAT (0x14)
Entity ID
10.0
Sensor Type (Analog)
Voltage
States Reading
2.198 (+/– 0) Volts
Status
Lower Critical
Lower Non-Recoverable
na
Lower Critical
2.591
Lower Non-Critical
2.999
Upper Non-Critical
3.595
Upper Critical
3.89
Upper Non-Recoverable
na
Assertions Enabled
lnc– lcr– unc+ ucr+
Deassertions Enabled
lnc– lcr– unc+ ucr+
MB/V_+1V5
Sensor ID
MB/V_+1V5 (0x15)
Entity ID
10.0
Sensor Type (Analog)
Voltage
States Reading
1.499 (+/– 0) Volts
Status
ok
Lower Non-Recoverable
na
Lower Critical
1.192
Lower Non-Critical
1.345
Upper Non-Critical
1.640
Upper Critical
1.794
Upper Non-Recoverable
na
Assertions Enabled
lnc– lcr– unc+ ucr+
Deassertions Enabled
lnc– lcr– unc+ ucr+
MB/P0/V_+1V8
Sensor ID
MB/P0/V_+1V8 (0x16)
Entity ID
10.0
Sensor Type (Analog)
Voltage
States Reading
1.823 (+/– 0) Volts
Status
ok
Lower Non-Recoverable
na
Lower Critical
1.431
Lower Non-Critical
1.617
Upper Non-Critical
1.980
Upper Critical
2.156
Upper Non-Recoverable
na
Assertions Enabled
lnc– lcr– unc+ ucr+
Deassertions Enabled
lnc– lcr– unc+ ucr+
MB/P1/V_+1V8
Sensor ID
MB/P1/V_+1V8 (0x17)
Entity ID
10.0
Sensor Type (Analog)
Voltage
States Reading
1.823 (+/– 0) Volts
Status
ok
Lower Non-Recoverable
na
Lower Critical
1.431
Lower Non-Critical
1.617
Upper Non-Critical
1.980
Upper Critical
2.156
Upper Non-Recoverable
na
Assertions Enabled
lnc– lcr– unc+ ucr+
Deassertions Enabled
lnc– lcr– unc+ ucr+
MB/P0/V_VTT
Sensor ID
MB/P0/V_VTT (0x18)
Entity ID
10.0
Sensor Type (Analog)
Voltage
States Reading
1.109 (+/– 0) Volts
Status
ok
Lower Non-Recoverable
na
Lower Critical
0.873
Lower Non-Critical
0.979
Upper Non-Critical
1.204
Upper Critical
1.310
Upper Non-Recoverable
na
Assertions Enabled
lnc– lcr– unc+ ucr+
Deassertions Enabled
lnc– lcr– unc+ ucr+
MB/P1/V_VTT
Sensor ID
MB/P1/V_VTT (0x19)
Entity ID
10.0
Sensor Type (Analog)
Voltage
States Reading
1.109 (+/– 0) Volts
Status
ok
Lower Non-Recoverable
na
Lower Critical
0.873
Lower Non-Critical
0.979
Upper Non-Critical
1.204
Upper Critical
1.310
Upper Non-Recoverable
na
Assertions Enabled
lnc– lcr– unc+ ucr+
Deassertions Enabled
lnc– lcr– unc+ ucr+
MB/P0/V_+1V5_DDR
Sensor ID
MB/P0/V_+1V5_DDR (0x1a)
Entity ID
10.0
Sensor Type (Analog)
Voltage
States Reading
1.510 (+/– 0) Volts
Status
ok
Lower Non-Recoverable
na
Lower Critical
1.192
Lower Non-Critical
1.345
Upper Non-Critical
1.640
Upper Critical
1.794
Upper Non-Recoverable
na
Assertions Enabled
lnc– lcr– unc+ ucr+
Deassertions Enabled
lnc– lcr– unc+ ucr+
MB/P1/V_+1V5_DDR
Sensor ID
MB/P1/V_+1V5_DDR (0x1b)
Entity ID
10.0
Sensor Type (Analog)
Voltage
States Reading
1.510 (+/– 0) Volts
Status
ok
Lower Non-Recoverable
na
Lower Critical
1.192
Lower Non-Critical
1.345
Upper Non-Critical
1.640
Upper Critical
1.794
Upper Non-Recoverable
na
Assertions Enabled
lnc– lcr– unc+ ucr+
Deassertions Enabled
lnc– lcr– unc+ ucr+
MB/P0/V_VCCP
Sensor ID
MB/P0/V_VCCP (0x1c)
Entity ID
10.0
Sensor Type (Analog)
Voltage
States Reading
1.086 (+/– 0) Volts
Status
ok
Lower Non-Recoverable
na
Lower Critical
0.791
Lower Non-Critical
0.897
Upper Non-Critical
1.097
Upper Critical
1.192
Upper Non-Recoverable
na
Assertions Enabled
lnc– lcr– unc+ ucr+
Deassertions Enabled
lnc– lcr– unc+ ucr+
MB/P1/V_VCCP
Sensor ID
MB/P1/V_VCCP (0x1d)
Entity ID
10.0
Sensor Type (Analog)
Voltage
States Reading
1.086 (+/– 0) Volts
Status
ok
Lower Non-Recoverable
na
Lower Critical
0.791
Lower Non-Critical
0.897
Upper Non-Critical
1.097
Upper Critical
1.192
Upper Non-Recoverable
na
Assertions Enabled
lnc– lcr– unc+ ucr+
Deassertions Enabled
lnc– lcr– unc+ ucr+
T_AMB
Sensor ID
T_AMB (0xa5)
Entity ID
7.0+
Sensor Type (Analog)
Temperature
States Reading
25 (+/– 0) degrees C
Status
ok
Lower Non-Recoverable
na
Lower Critical
na
Lower Non-Critical
na
Upper Non-Critical
na
Upper Critical
45.000
Upper Non-Recoverable
50.000
Assertions Enabled
ucr+ unr+
Deassertions Enabled
ucr+ unr+
F0/TACH
Sensor ID
F0/TACH (0x1e)
Entity ID
29.0
Sensor Type (Analog)
Fan
States Reading
2900 (+/– 0) RPM
Status
ok
Lower Non-Recoverable
200.000
Lower Critical
na
Lower Non-Critical
500.000
Upper Non-Critical
na
Upper Critical
na
Upper Non-Recoverable
na
Assertions Enabled
lnc– lnr
Deassertions Enabled
lnc– lnr–
F1/TACH
Sensor ID
F1/TACH (0x1f)
Entity ID
29.0
Sensor Type (Analog)
Fan
States Reading
5800 (+/– 0) RPM
Status
ok
Lower Non-Recoverable
200.000
Lower Critical
na
Lower Non-Critical
500.000
Upper Non-Critical
na
Upper Critical
na
Upper Non-Recoverable
na
Assertions Enabled
lnc– lnr–
Deassertions Enabled
lnc– lnr–
F2/TACH
Sensor ID
F2/TACH (0x20)
Entity ID
29.0
Sensor Type (Analog)
Fan
States Reading
6000 (+/– 0) RPM
Status
ok
Lower Non-Recoverable
200.000
Lower Critical
na
Lower Non-Critical
500.000
Upper Non-Critical
na
Upper Critical
na
Upper Non-Recoverable
na
Assertions Enabled
lnc– lnr–
Deassertions Enabled
lnc– lnr–