Sun Microsystems Blade X6275 M2 Service Manual

Sun Blade X6275 M2 Server Module Service Manual

Part No: 821–1084 March, 2013

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130320@25097

Contents

Service Manual Overview ......................................................................................................................5

Using This Documentation ...................................................................................................................7

Product Information Web Site ......................................................................................................7

Related Books ..................................................................................................................................7

About This Documentation (PDF and HTML) ..........................................................................9

Documentation Comments ........................................................................................................ 10

Contributors ................................................................................................................................. 10

Change History ............................................................................................................................ 10

Server Module and Components Overview ..................................................................................... 13

Product Description .................................................................................................................... 13

Product Features .......................................................................................................................... 14

About the Sun Blade 6000 Modular System Chassis ................................................................ 15

Illustrated Parts Breakdown .......................................................................................................15

Front Panel LEDs and Features .................................................................................................. 16

Power and Reset ................................................................................................................................... 19

Power Modes ................................................................................................................................ 19

Power Button and Power OK LED ............................................................................................. 20

Powering On and O the Server Module .................................................................................. 22

Preparation Procedures for Service and Operation ........................................................................ 25

Preparing the Server for Service ................................................................................................. 25

Preparing the Server for Operation ........................................................................................... 34

Component Removal and Installation Procedures ......................................................................... 37

Replacing the System Battery ..................................................................................................... 37

Removing and Installing DIMMs .............................................................................................. 39

Removing and Installing Flash Modules ................................................................................... 46

Removing and Installing the Energy Storage Modules ............................................................ 50

Removing and Installing the Service Processor Board ............................................................ 53

Removing and Installing USB Flash Drives .............................................................................. 55

Removing and Installing a CPU and Heatsink Assembly ....................................................... 58

How to Replace the Motherboard Assembly ............................................................................ 65

Diagnostic and Maintenance Information and Procedures ........................................................... 67

Diagnosing Server Module Hardware Faults ............................................................................ 67

BIOS Power-On Self-Test (POST) Codes ................................................................................. 84

Server Module Maintenance Procedures and Information .................................................... 93

Specications ..................................................................................................................................... 129

Dimensions ................................................................................................................................. 129

Environmental Specications .................................................................................................. 129

USB Flash Drive Specications ................................................................................................ 130

Index ................................................................................................................................................... 131

Contents

Sun Blade X6275 M2 ServerModule Service Manual • March,20134

Service Manual Overview

The Sun Blade X6275 M2 Server Module Service Manual contains information, procedures, and reference topics for operating and maintaining the server. The following table describes the sections that are included.

Description Section

An overview of the server module and its components. “Server Module and Components Overview” on

page 13

Power information and tasks related to powering on and o the server module.

“Power and Reset” on page 19

Important information and procedures for preparing to service the server.

“Preparation Procedures for Service and Operation” on page 25

Procedures for the safe and ecient removal and installation of server components.

“Component Removal and Installation Procedures” on page 37

Maintenance-related information and procedures. “Diagnostic and Maintenance Information and

Procedures” on page 67

Server module-specic environmental and physical specications.

“Specications” on page 129

UsingThis Documentation

This section describes related documentation, submitting feedback, and a document change history.

■

“Product Information Web Site” on page 7

■

“Related Books” on page 7

■

“About This Documentation (PDF and HTML)” on page 9

■

“Documentation Comments” on page 10

■

“Contributors” on page 10

■

“Change History” on page 10

Product Information Web Site

For information about the Sun Blade X6275 M2 server module, go to the

http://www.oracle.com/goto/blades page and click on your server model listed near the

bottom.

At that site, you can nd links to the following information and downloads:

■

Product information and specications

■

Software and rmware downloads

Related Books

The following is a list of documents related to Oracle's Sun Blade X6275 M2 server module. These and additional support documents are available on the web at:

http://download.oracle.com/docs/cd/E19962-01/

Document Group Document Description

Sun Blade X6275 M2 Server Module Documentation

Sun Blade X6275 M2 Server Module Product Documentation

Integrated HTML version of all starred (*) documents, including Search and Index.

Sun Blade X6275 M2 Server Module Getting Started Guide

Pictorial setup quick reference.

Sun Blade X6275 M2 Server Module Installation Guide *

How to install, rack, and congure the server up to initial power-on.

Sun Blade X6275 M2 Server Module Product Notes *

Important late-breaking information about your server.

Sun Blade X6275 M2 Server Module Installation Guide for Oracle Solaris Operating Systems *

How to install the Oracle Solaris OS on your server.

Sun Blade X6275 M2 Server Module Installation Guide for Linux Operating Systems *

How to install a supported Linux OS on your server.

Sun Blade X6275 M2 Server Module Installation Guide for Windows Operating Systems *

How to install a supported version of Microsoft Windows OS on your server.

Sun Blade X6275 M2 Server Module Installation Guide for Oracle VM Operating Systems *

How to install a supported version of Oracle VM OS on your server.

Oracle x86 Servers Diagnostics Guide *

How to diagnose problems with your server.

Sun Blade X6275 M2 Server Module Service Manual *

How to service and maintain your server.

Sun Blade X6275 M2 Server Module Safety and Compliance Guide

Safety and compliance information about your server.

Oracle Integrated Lights Out Manager (ILOM) 3.0 Supplement for the Sun Blade X6275 M2 Server Module *

Version-specic supplemental information for your server’s Integrated Lights Out Manager.

Sun Disk Management Documentation

Sun x64 Server Disk Management Overview

Information about managing your server’s storage.

x64 Servers Applications and Utilities Documentation

Sun x64 Server Utilities Reference Manual

How to use the available utilities included with your server.

Related Books

Sun Blade X6275 M2 ServerModule Service Manual • March,20138

Document Group Document Description

Oracle Integrated Lights Out Manager (ILOM) 3.0 Documentation

Oracle Integrated Lights Out Manager (ILOM) 3.0 Feature Updates and Release Notes

Information about new ILOM features.

Oracle Integrated Lights Out Manager (ILOM) 3.0 Getting Started Guide

Overview of ILOM 3.0.

Oracle Integrated Lights Out Manager (ILOM) 3.0 Concepts Guide

Conceptual information about ILOM 3.0.

Oracle Integrated Lights Out Manager (ILOM) 3.0 Web Interface Procedures Guide

How to use ILOM through the web interface.

Oracle Integrated Lights Out Manager (ILOM) 3.0 CLI Procedures Guide

How to use ILOM through commands.

Oracle Integrated Lights Out Manager (ILOM) 3.0 Management Protocols Reference Guide

Information about management protocols.

Translated versions of some of these documents are available at the web site described previously in Simplied Chinese, Korean, Japanese, French and Spanish. English documentation is revised more frequently and might be more up-to-date than the translated documentation.

About This Documentation (PDF and HTML)

This documentation set is available in both PDF and HTML. The information is presented in topic-based format (similar to online help) and therefore does not include chapters, appendixes, or section numbering.

A PDF that includes all information on a particular topic subject (such as hardware installation or product notes) can be generated by clicking on the PDF button in the upper left corner of the page.

Note – The “Documentation Information” and “Index” topics do not have associated PDF.

About This Documentation (PDF and HTML)

Documentation Comments

Oracle is interested in improving the product documentation and welcomes your comments and suggestions. You can submit comments at:

http://www.oracle.com/goto/docfeedback.

Contributors

Primary Authors: Ralph Woodley, Michael Bechler, Ray Angelo, Mark McGothigan.

Contributors: Kenny Tung, Adam Ru, Isaac Yang, Stone Zhang, Susie Fang, Lyle Yang, Joan Xiong, Redarmy Fan, Barry Xiao, Evan Xuan, Neil Gu, Leigh Chen, Eric Kong, Kenus Lee.

Change History

The following lists the release history of this documentation set:

■

November 2010. Initial publication.

■

November 2010. Information added to the Sun Blade X6275 M2 Server Module Product Notes for platform software release 1.1. Added new rmware version, PC-Check 6.27s

support, CRs 6994690, 6992284, 6994464.

■

January 2011. Information added to the Sun Blade X6275 M2 Installation Guide for conguring pre-installed Oracle Solaris or Oracle VM. Information added to the Sun Blade X6275 M2 Server Module Product Notes for platform software release 1.2. Added new rmware version, CRs 6971164, 7009654, 7009666, 7010601. Information added to the

Oracle Integrated Lights Out Manager (ILOM) 3.0 Supplement for the Sun Blade X6275 M2 Server Module for proving physical presence, reading available_power in ILOM.

■

March 2011. Information removed from the Sun Blade X6275 M2 Installation Guide for conguring pre-installed Oracle Solaris OS or Oracle VM on FMod. Information removed from the Sun Blade X6275 M2 Product Notes on available pre-installed Oracle Solaris OS or Oracle VM on FMod.

■

September 2011. Information added to the Sun Blade X6275 M2 Server Module Product Notes for platform software release 1.3, including new rmware version and new OS version support. Added information about BIOS hardware prefetch options to the Sun Blade X6275 M2 Server Module Product Notes and the Sun Blade X6275 M2 Server Module Service Manual. Fixed CRs 6971164 and 7009654.

■

January 2012. Updated physical dimension specications in the Sun Blade X6275 M2 Server Module Installation Guide and the Sun Blade X6275 M2 Server Module Service Manual.

Added information to the Sun Blade X6275 M2 Server Module Product Notes for OS support for Oracle VM 3.0.1 (1GbE), 3.0.2 (1GbE) and 3.0.3 (10GbE).

■

March 2012. Information corrected in the Sun Blade X6275 M2 Installation Guide for the number of 10 GbE ports per node. Information added to the Sun Blade X6275 M2 Product Notes for CR 7072665.

Documentation Comments

Sun Blade X6275 M2 ServerModule Service Manual • March,201310

■

August 2012. Information added to the Sun Blade X6275 M2 Server Module Product Notes for platform software release 1.4, including new rmware version and new OS version support.

■

January 2013. Updated information on replacing SP and motherboard in the Sun Blade X6275 M2 Server Module Service Manual.

■

March 2013. Additional update to information on replacing SP and motherboard in the Sun Blade X6275 M2 Server Module Service Manual.

Change History

Server Module and Components Overview

This section provides an overview of the features of the Sun Blade X6275 M2 Server Module.

The following topics are included:

■

“Product Description” on page 13

■

“Product Features” on page 14

■

“About the Sun Blade 6000 Modular System Chassis” on page 15

■

“Illustrated Parts Breakdown” on page 15

■

“Front Panel LEDs and Features” on page 16

Product Description

The Sun Blade X6275 M2 Server Module is a dual-node blade. The server’s two compute nodes (node 0 and node 1) are housed on a single motherboard in a single blade enclosure. The two compute nodes within a blade are identical and symmetric, but are fully independent of each other.

Each of the two nodes in the blade are based on a two-socket Intel Xeon platform, which consists of the IOH24D, the I/O Controller Hub 10 (ICH10R), and the I/O subsystem. Both compute nodes in the Sun Blade X6275 M2 Server module have their own ILOM SP, which is based on the AST2100 chip.

Each node includes an Oracle Flash Module (FMod), which provides a reliable and secure boot source for the node.

There are two versions of the Sun Blade X6275 M2 Server Module:

■

Sun Blade X6275 M2 Server Module 1 GbE Server Module

■

Sun Blade X6275 M2 Server Module 10 GbE Server Module

Both version of the Sun Blade X6275 M2 Server Module are supported in the Sun Blade 6000 modular system chassis.

Product Features

The Sun Blade X6275 M2 Server Module product features are listed in the following table.

Feature Description

CPU Up to four Intel Xeon 5500 Series Quad-core processors per server module.

■

Intel Xeon six-core X5670, 2.93 GHz, 12 MB cache, 6.40 GT/s QPI, HT, Turbo Boost,95 W

■

Intel Xeon six-core X5660, 2.80 GHz, 12 MB cache, 6.40 GT/s QPI, HT, Turbo Boost,95 W

■

Intel Xeon quad-core E5620, 2.4 GHz, 12 MB cache, 5.86 GT/s QPI, HT, Turbo boost, 80 W

Nodes Two independent compute nodes, 0 and 1. The Sun Blade X6275 M2 Server

Module has two symmetric compute nodes, with each node contains two Intel Xeon processors sockets.

Density Four sockets, 16 cores (eight cores per node), and 32 threads per server

module.

Memory Up to 24 DDR3 LV DIMMs per blade (12 per node).

Up to 2 DDR3 LV DIMMs per channel, 3 channels per installed processor.

Supported DIMMs:

■

4 GB dual-rank, LV DDR3–1333 MHz, +1.35 V, 2 Gb

■

8 GB dual-rank, LV DDR3-1333 MHz, +1.35 V, 2 Gb

Up to 96 GB of main memory (per compute node) using 8 GB DDR3 LV DIMMs.

Up to 48 GB of main memory (per compute node) using 4 GB DDR3 LV DIMMs.

Up to total of 192 GB of memory, per server module (8 GB DIMMs).

See

“DIMM Population Rules and Guidelines for the Sun Blade X6275 M2

Server module” on page 43

Video Memory 8 MB, Maximum resolution: 1280x1024 pixels.

Flash Modules Two on-board 24 GB SATA-based Flash Modules (FMods)(oneper

compute node) with Energy Storage modules.

USB Two on-board USB 2.0 ports (one per compute node).

HBA/HCA QDR Inniband Express Module with Connect X-2

Product Features

Sun Blade X6275 M2 ServerModule Service Manual • March,201314

Feature Description

Service processor (SP) Server modules include a service processor (SP) mezzanine card. The SP

provides IPMI 2.0 compliant remote management capabilities across a broad range of Sun server models. Each server module node’s SP features:

■

Integrated Lights Out Manager (ILOM)

■

Local ILOM command-line access using serial connection

■

10/100 management Ethernet port to mid-plane

■

Remote keyboard, video, mouse, and storage (KVMS) over IP

Front Panel I/O Two universal connector ports (UCP), one per compute node, are available

for use with the multi-port cable. The dongle cable provides the following interface connections:

■

VGA graphics

■

Serial port

■

Dual USB ports (keyboard/mouse/USB device)

Operating systems For supported operating systems, see

Sun Blade X6275 M2 Server Module

Product Notes

Chassis Compatibility The Sun Blade 6000 modular system chassis is the only supported chassis.

About the Sun Blade 6000 Modular System Chassis

Sun Blade X6275 M2 Server module is used with the Sun Blade 6000 modular system chassis. The Sun Blade 6000 modular system chassis can hold up-to-ten server modules for a maximum of 20 compute nodes per chassis. For more information, refer to the Sun Blade 6000 Modular System Chassis documentation.

Illustrated Parts Breakdown

The following illustration provides an exploded view of the Sun Blade X6275 M2 Server module's internal components. Use this illustration and the accompanying table to identify components.

Illustrated Parts Breakdown

Figure Legend

1 DDR3 LV DIMMs (24 Max) 5 Flash Modules (2 Max)

2 CPU (4 Max) 6 USB ports (2)

3 heatsink 7 RTC battery (2)

4 Service processor (SP) board 8 Energy Storage Modules (ESM) (2)

See also: “CRUs and FRUs” on page 26

Front Panel LEDs and Features

The following illustration shows front panel features on the Sun Blade X6275 M2 Server module.

Front PanelLEDs and Features

Sun Blade X6275 M2 ServerModule Service Manual • March,201316

Figure Legend

0 Node 0 1 Node 1

2 Locate LED–White 3 Ready to Remove LED–Blue

4 Service Action Required LED–Amber 5 Power OK LED–Green

6 Power button 7 Non-Maskable Interrupt (NMI) button (Service

only)

8 Universal Connector Port (UCP)

Front PanelLEDs and Features

Power and Reset

This section contains information about power modes and procedures for powering on and o the server module:

■

“Power Modes” on page 19

■

“Power Button and Power OK LED” on page 20

■

“Powering On and O the Server Module” on page 22

Power Modes

The Sun Blade X6275 M2 Server module has two power modes, full power mode and standby power mode.

Full power mode is the normal operational mode for the server. When the server enters full power mode, power is supplied to all the server components, the server boots, and the operating system (OS) functions. You achieve full power mode by pressing the Power button on the front of the server when the server is in standby power mode. Once the server is operating in full power mode the Power OK LED is on continuously (does not blink).

Standby power mode is the non-operating mode. That is, the server is in a low-power or powered-down state and is not capable of booting and starting the OS. In standby power mode, minimum power is supplied only to the components that are required for lights-out management. You achieve standby power by connecting the server to an AC supply. In standby power mode, power is supplied to the service processor (SP), which allows the SP to boot. To sustain standby power mode, you must not press the front panel Power button. You can also achieve standby power mode by powering o the server (from an operational mode) using one of the power-o methods. When the server is in standby power mode, the Power OK LED on the front panel blinks.

See Also

BeforeYou Begin

See Also

PoweringOn and O the ServerModule

Note – The Sun Blade X6275 M2 Server module is a dual-node server. If necessary, use this

procedure for both nodes.

■

This task assumes that you are at the server module working locally.

■

See “Power Modes” on page 19.

■

See “Power Button and Power OK LED” on page 20.

To power o the server using the Powerbutton, do one of the following:

■

To perform a graceful shutdown, use a pen, or other nonconducting pointed object, to quickly press and release the Power button on the front panel.

When the server powers down, the OK LED on the front panel blinks, indicating that the server module is in standby power mode.

■

To perform an immediate shutdown, press and hold the Power button for at least four seconds until the main power is o and the server module enters standby power mode.

When the server powers down, the OK LED on the front panel blinks, indicating that the server module is in standby power mode.

Caution – Possible data loss and le system corruption. All applications and les close

abruptly without saving changes.

■

“How to Power On the Server Module to Full Power Mode” on page 23

BeforeYou Begin

●

See Also

PoweringOn and O the ServerModule

Sun Blade X6275 M2 ServerModule Service Manual • March,201324

Preparation Procedures for Service and Operation

This section describes how to prepare the Sun Blade X6275 M2 Server Module for service and operation and includes procedures that prepare you for the safe and ecient maintenance of your server:

■

“Preparing the Server for Service” on page 25

■

“Preparing the Server for Operation” on page 34

Preparing the Server for Service

The following basic procedures describe how to safely prepare the server module for service:

■

“How to Prepare the Server Module for Service” on page 25

■

“CRUs and FRUs” on page 26

■

“Required Tools” on page 27

■

“Safety Information” on page 27

■

“Performing ESD and Antistatic Prevention Measures” on page 28

■

“Using the Locate LED to Find the Server Module (Optional)” on page 29

■

“How to Remove the Server Module from the Chassis” on page 31

■

“How to Remove the Server Module Top Cover” on page 33

▼

How to Prepare the Server Module for Service

This procedure contains the steps required to safely remove the server module from the chassis.

Review the

Sun Blade X6275 M2 Server Module Product Notesfor important up-to-date

information about the server module.

Review the list of CRUs(customer-replaceable units) and FRUs (eld-replaceable units). See

“CRUs and FRUs” on page 26.

Review the removaland install proceduresto determine it the serviceability of the task requires an Oracle Service person. See

“ComponentRemoval and Installation Procedures”on page 37.

Review the list of the tools required forservice. See

“RequiredTools”on page 27.

Review the important safety information. See “Safety Information”onpage 27.

Review the ESD procedures. See

“Performing ESD and Antistatic Prevention Measures”on

page 28

If necessary, activate the server module Locate LED. See

“Using the LocateLED to Findthe

Server Module (Optional)”onpage 29

Powero the server module. See

“How to Power Othe Server Module”on page 23.

Remove the server module from the chassis. See

“How to Removethe Server Modulefrom the

Chassis”onpage 31

Set the server module on a atsurface with ample space and light.

Remove the server module top cover. See

“How to Removethe Server ModuleTop Cover”on

page 33

Use an antistatic brush, canned air, ora vacuum to remove dust fromthe servermodule components and air vents.

Caution – Possible component damage. Do not use liquids or spray cleaners to clean the interior

of the server. The use of liquids or spray cleaners within the interior of the server, the chassis, and the rack can cause component damage.

“Component Removal and Installation Procedures” on page 37

CRUs and FRUs

The replaceable components in your Sun Blade X6275 M2 Server module are designated as either eld-replaceable units (FRU) or customer-replaceable units (CRU). A part designated as a FRU must be replaced by an Oracle-qualied service technician. A part designated as a CRU can be replaced by a person who is not an Oracle-qualied service technician. The following table lists the FRU and CRU components.

Component Description Designation

DIMMs CRU

Flash module (FMod) CRU

CPU and heatsink assembly FRU

Energy storage modules FRU

Next Steps

CRUs and FRUs

Sun Blade X6275 M2 ServerModule Service Manual • March,201326

Component Description Designation

Motherboard and enclosure assembly FRU

Service processor (SP) board FRU

RequiredTools

TheSun Blade X6275 M2 Server Module can be serviced with the following tools:

■

Antistatic wrist strap

■

Antistatic mat

■

Number 2 Phillips screwdriver

■

(Optional) a torque tool capable of registering 8 inch-lbs

■

Nonconducting stylus or pencil (to power on server)

■

Antistatic brush, canned air, or vacuum

Safety Information

This section describes important safety information that you need to know prior to removing or installing parts in the Sun Blade X6275 M2 Server Module.

Caution – Never attempt to run the server module with the cover removed. Hazardous voltage

present.

Caution – Equipment damage possible. The server module cover must be in place for proper air

ow.

For your protection, observe the following safety precautions when setting up your equipment:

■

Follow all Oracle and Sun Service cautions, warnings, and instructions marked on the equipment and described in Important Safety Information for Sun Hardware Systems.

■

Follow all cautions, warnings, and instructions marked on the equipment and described in the Sun Blade X6275 M2 Server Module Safety and Compliance Guide.

■

Ensure that the voltage and frequency of your power source match the voltage and frequency inscribed on the equipment’s electrical rating label.

■

Follow the electrostatic discharge safety practices.

Safety Information

Performing ESD and Antistatic Prevention Measures

Caution – Circuit boards and drives contain electronic components that are extremely sensitive

to static electricity. Ordinary amounts of static electricity from clothing or the work environment can destroy the components located on these boards. As a minimum precaution, do not touch the component's connector edges.

The section contains important electrostatic discharge and antistatic information and procedures:

■

“Using an Antistatic Wrist Strap” on page 28

■

“Using an Antistatic Mat” on page 28

■

“How to Setup for ESD prevention” on page 28

Using an Antistatic Wrist Strap

Wear an antistatic wrist strap and use an antistatic mat when handling components such as hard drive assemblies, circuit boards (including DIMMs), or PCI cards. When servicing or removing server components, attach an antistatic strap to your wrist and then to a metal area on the chassis. Following this practice equalizes the electrical potentials between you and the server.

Note – An antistatic wrist strap is not included in the accessory kit for the Sun Blade X6275 M2

Server Module. However, antistatic wrist straps are included with optional components.

Using an Antistatic Mat

Place ESD-sensitive components such as motherboards, memory, and other PCBs on an antistatic mat.

▼

How to Setup for ESD prevention

Prepare an antistatic surface to set parts on during the removal, installation, or replacement process.

Place ESD-sensitive components such as the printed circuit boards on an antistatic mat. The following items can be used as an antistatic mat:

■

Antistatic bag used to wrap a Oracle replacement part

■

Oracle ESD mat, part number 250-1088

■

A disposable ESD mat (shipped with some replacement parts or optional system components)

Performing ESD and Antistatic Prevention Measures

Sun Blade X6275 M2 ServerModule Service Manual • March,201328

Attach an antistatic wrist strap.

When servicing or removing server module components, attach an antistatic strap to your wrist and then to a metal area on the chassis.

Using the Locate LED to Find the Server Module (Optional)

The Locate LED is a user-activated LED on the front of the server module. You can use it to help you nd a specic server module within a chassis. You can turn on and o the Locate LED using the ILOM CLI or the ILOM web interface:

■

“How to Use the ILOM Web Interface to Turn On and O the Locate LED ” on page 29

■

“How to Use the ILOM CLI to Turn On and O the Locate LED” on page 31

▼

How to Use the ILOMWeb Interface to Turn On and O the Locate LED

For ILOM access, refer to the Oracle Integrated Lights Out Manager (ILOM ) 3.0 Supplement for

the Sun Blade X6275 M2 Server Module

The ILOM Home screen and submenu tabs appear.

Select the blade and the node.

The ILOM tabs appear.

BeforeYou Begin

Using the Locate LED to Find the ServerModule(Optional)

Click the SystemMonitoring tab.

The System Monitoring submenus tabs appear.

Click the Indicators tab.

Select the radio button next to /SYS/LOCATE.

Do one of the following:

■

To turn on the Locate LED, use the Actions drop-down list to select Set LED to Fast Blink.

■

To turn o the Locate LED, use the Actions drop-down list to select Turn LED O .

A popup conrmation window appears.

Click OK.

The Status eld for the Locate LED changes to reect the status of the LED.

“How to Use the ILOM CLI to Turn On and O the Locate LED” on page 31

See Also

Using the Locate LED to Find the ServerModule(Optional)

Sun Blade X6275 M2 ServerModule Service Manual • March,201330

▼

How to Use the ILOM CLI toTurn On and O the Locate LED

For ILOM access, refer to the Oracle Integrated Lights Out Manager (ILOM ) 3.0 Supplement for

the Sun Blade X6275 M2 Server Module

The CLI prompt appears:

–>

Do one of the following:

■

To turn on the Locate LED, enter the following command:

–> set /CH/LOCATE value=Fast_Blink

■

To turn o the Locate LED, enter the following command at the CLI prompt:

set /CH/LOCATE value=Off

To verify the status ofthe Locate LED, enter the following command at the CLI prompt:

–> show /CH/LOCATE

The output of the command appears.

The value property shows the status as either Fast Blink or Off.

“How to Use the ILOM Web Interface to Turn On and O the Locate LED ” on page 29

▼

How to Remove the Server Module from the Chassis

Use this procedure to safely remove the server module from the chassis.

BeforeYou Begin

See Also

Using the Locate LED to Find the ServerModule(Optional)

Caution – Do not install a server module into the chassis until at least 20 seconds has elapsed

since the server module was disengaged from the chassis mid-plane connector.

See “Preparing the Server for Service” on page 25.

Powero both server module computenodes or place them in standby power mode.See

“How

to Power O the Server Module”on page 23

For information about power modes, see

“Power Modes” on page 19.

Squeeze and hold green ejector buttons.

To unseat the server module, rotate both ejector arms away fromthe server moduleat the same time until fully extended.

Caution – Possible component damage or personal injury. Do not attempt to remove the server

module using only the ejector levers.

To partially removethe server module from the chassis, pull out the servermodule by the ejector levers until youcan grasp the server module with bothhands (approximately 5–6 inches).

To completely removethe server module,use your handsto slowly pull the servermodule out of the chassis.

If the chassis is powered on,insert a server moduleller panel into the empty slot. See

“How to

Install the Server Module FillerPanel”onpage 128

BeforeYou Begin

Using the Locate LED to Find the ServerModule(Optional)

Sun Blade X6275 M2 ServerModule Service Manual • March,201332

Caution – Possible system and component over-temperature warnings, shutdown, and

heat-related damage. Do not operate the system with empty slots. Always insert a server module ller panel into an empty slot within 60 seconds to reduce the possibility of server module shutdown.

Set the server module on an antistaticmat in a location with ample space and light.

“How to Remove the Server Module Top Cover” on page 33

▼

How to Remove the Server ModuleTop Cover

See “How to Remove the Server Module from the Chassis” on page 31.

Remove the server module chassis. See

“How to Removethe Server Modulefrom the Chassis”on

page 31.

Press down on the server module cover release button and, using the indent for leverage,slide the main covertoward the rear of the server module chassisapproximately 0.5 inch (12 mm).

Lift the cover straight up from the server module chassis.

“Component Removal and Installation Procedures” on page 37

Next Steps

BeforeYou Begin

Next Steps

Using the Locate LED to Find the ServerModule(Optional)

Preparing the Server for Operation

The following basic procedures describe how to prepare the server module for operation. These procedures are referenced throughout this manual:

■

“How to Prepare the Server Module for Operation” on page 34

■

“How to Install the Server Module Top Cover” on page 34

■

“How to Install the Server Module in the Chassis” on page 35

▼

How to Prepare the Server Module for Operation

Use these basic step to prepare the server module for operation.

Ensure that all installed components are secure.

Account for all mounting hardware.

Remove any tools or debris fromthe interior of the server module, the chassis, and therack.

Use an antistatic brush or canned air to remove dust fromthe interior of the server module and the vent areas.

Caution – Possible component damage. Do not use liquids or spray cleaners to clean the interior

of the server. The use of liquids or spray cleaners within the interior of the server, the chassis, and the rack can cause component damage.

Install the server module top cover. See “How to Install the ServerModule Top Cover”on

page 34

Install the server module in the chassis.See

“How to Install the ServerModule in the Chassis”on

page 35

Poweron the server module. See

“How to Power On the ServerModule to Full Power Mode”on

page 23

▼

How to Install the Server Module Top Cover

Orient the server module coverover the servermodule with the green release button toward the front.

Set the server module coveron top of the server module allowing approximately0.5 inch (12 mm) of the cover to overhangthe rear of the servermodule.

Preparing the Server for Operation

Sun Blade X6275 M2 ServerModule Service Manual • March,201334

Slide the main cover toward the front of the server module until the cover locks into place.

“How to Install the Server Module in the Chassis” on page 35

▼

How to Install the Server Module in the Chassis

Locate the slot in the chassis.

If necessary, remove the server module ller panel. See

“How to Removea Server Module Filler

Panel”onpage 127

Do not discard the server module ller panel.

Caution – Do not operate the chassis with empty slots. Always insert a server module ller panel

into an empty slot within 60 seconds to reduce the possibility of server module shutdown due to overheating.

Position the server module verticallyso that the ejectors areon the right.

Next Steps

Preparing the Server for Operation

Push the server module intothe slot until the server module stops.

Ensure that the pawls on the end of the ejectorlevers are aligned with the slots in the chassis sidewalls

Rotate the ejector levels inward towardthe center of the servermodule until they lock into place.

If the chassis is powered on, the server module comes up to standby power. The green OK LED on the front panel blinks.

Preparing the Server for Operation

Sun Blade X6275 M2 ServerModule Service Manual • March,201336

Component Removal and Installation Procedures

This section contains information about how to safely and eciently remove and install components in the Sun Blade X6275 M2 Server Module.

Note – Some of the procedures in this section are for customer-replaceable units (CRUs) and

some are for eld-replaceable units (FRUs), as noted in the procedures. FRU components should be replaced only by an Oracle Service technician. Contact your Oracle Service representative for assistance with FRU replacements.

■

“Replacing the System Battery” on page 37

■

“Removing and Installing DIMMs” on page 39

■

“Removing and Installing Flash Modules” on page 46

■

“Removing and Installing the Energy Storage Modules” on page 50

■

“Removing and Installing the Service Processor Board” on page 53

■

“Removing and Installing USB Flash Drives” on page 55

■

“Removing and Installing a CPU and Heatsink Assembly” on page 58

■

“How to Replace the Motherboard Assembly” on page 65

Replacing the System Battery

The system battery maintains the BIOS settings and the real-time clock. Each node has its own system battery.

Note – This component is a customer-replaceable unit (CRU).

Use the following when replacing the system battery:

■

“Battery Replacement Illustration” on page 37

■

“How to Replace the System Battery” on page 38

Battery Replacement Illustration

▼

How to Replace the System Battery

Two real-time clock (RTC) system batteries (type CR2032), one per compute node, are located on the motherboard.

Battery Replacement Illustration

Sun Blade X6275 M2 ServerModule Service Manual • March,201338

Note – The Sun Blade X6275 M2 Server module is a dual-node server. If necessary, use this

procedure for both nodes.

Prepare the servermodule for service. See “Howto Prepare the Server Module for Service”on

page 25

Remove the service processor (SP) board. See

“How to Removethe Service ProcessorBoard”on

page 53

To dislodge the battery from its holder, gently push the topedge of the battery awayfrom the battery holder.

See frame [1] in

“Battery Replacement Illustration” on page 37.

Remove the battery.

See frame [2] in

“Battery Replacement Illustration” on page 37.

Orient the new battery so that the '+' symbol faces away from the battery holder.

To install the battery, insertit into the holder and press it into position.

See frames [3] and [4] in

“Battery Replacement Illustration” on page 37.

Install the SP board. See

“How to Install the ServiceProcessor Board”on page 54.

Clear the CMOS NVRAM. See

“Clearing CMOS NVRAM and Resetting Passwords”on page 79.

The BIOS settings revert to the default settings.

See

“Clearing CMOS NVRAM and Resetting Passwords” on page 79.

To customize the BIOS settings,access the BIOS Setup Utilityand make the necessary changes. See

“How to Congurethe BIOS Using the BIOS Setup Utility”on page 95.

Prepare the servermodule for operation.See

“Preparing the Server for Operation”on page 34.

Removing and Installing DIMMs

This section describes how to diagnose and replace faulty DDR3 LV DIMMs.

Note – This component is a customer-replaceable unit (CRU).

Use these topics procedures to remove and install DIMMs:

Removing and Installing DIMMs

■

“How to Identify Faulty DIMMs” on page 40

■

“DIMM Slot Designations and Population Order” on page 42

■

“DIMM Population Rules and Guidelines for the Sun Blade X6275 M2 Server module” on

page 43

■

“How to Remove DIMMs” on page 44

■

“How to Install DIMMs” on page 45

▼

How to Identify Faulty DIMMs

Note – The Sun Blade X6275 M2 Server module is a dual-node server. If necessary, use this

procedure for both nodes.

For information about using the DIMM test circuit, see “Using the DIMM and CPU On-Board

Test Circuitry” on page 77

Prepare the servermodule for service. See

“Preparing the Server for Service”on page 25.

Press and hold the Fault Remind button on the motherboard to identify a faulty DIMM.

Note – Do not hold the Fault Remind button down longer than necessary. Release the button

when the Fault LED lights.

BeforeYou Begin

Removing and Installing DIMMs

Sun Blade X6275 M2 ServerModule Service Manual • March,201340

Note the location of the faulty DIMMs on the motherboard.

A lit LED next to a DIMM slot indicates a faulty DIMM.

LED DIMM Status

O Operating properly.

On (amber) Faulty and should be replaced.

“How to Remove DIMMs” on page 44

■

“DIMM Slot Designations and Population Order” on page 42

■

“DIMM Population Rules and Guidelines for the Sun Blade X6275 M2 Server module” on

page 43

Next Steps

See Also

Removing and Installing DIMMs

DIMM Slot Designations and Population Order

The illustrations in this section show the DIMM slots and the slot population order. The following illustration shows the motherboard, the nodes, and the DIMM slot numbering and locations within the server module enclosure.

The following illustration shows the DIMM slot designations and population order. Populate the blue set of slots rst and then populate the white set of slots. When populating DIMM slots, follow the population rules and guidelines (see

“DIMM Population Rules and Guidelines for the

Sun Blade X6275 M2 Server module” on page 43

DIMM Slot Designations and Population Order

Sun Blade X6275 M2 ServerModule Service Manual • March,201342

DIMM Population Rules and Guidelines for the Sun Blade X6275 M2 Server module

■

Only symmetric memory congurations resulting in 12 DIMMs per blade or 24 DIMMs per blade are supported. Supported congurations:

■

Three DIMMs per CPU

■

Six DIMMs per CPU

Note – Memory bandwidth (speed) drops to 1066 MHz when the DIMM slots are fully

populated (even when using 1333 MHz DIMMs).

■

Both CPUs on each node must be populated identically and must have exactly the same memory conguration.

■

DIMM slot population order:

■

First set to populate: D5/D3/D1

■

Second set to populate: D4/D2/D0

■

Do not populate any DIMM socket next to an empty processor socket.

NODE 0/P1/

D5/D3/D1 first set to be populated D4/D2/D0 2nd set

D1 D2 D3 D4 D5

NODE 0/P0/

NODE 0

D0 D1 D2 D3 D4 D5

NODE 1/P1/

D0 D1 D2 D3 D4 D5

NODE 1/P0/

NODE 1

D0 D1 D2 D3 D4 D5

DIMM Population Rules and Guidelines for the SunBlade X6275 M2 Server module

▼

How to Remove DIMMs

Note – This component is a customer-replaceable unit (CRU).

Note – The Sun Blade X6275 M2 Server module is a dual-node server. If necessary, use this

procedure for both nodes.

See “How to Identify Faulty DIMMs” on page 40.

Prepare the servermodule for service. See

“Preparing the Server for Service”on page 25.

Rotate both DIMM slot ejectorsoutward as far as they will go.

This action partially ejects the DIMM from the slot.

Carefully lift the DIMM straightup to removeit from the slot.

Prepare the servermodule for operation.See

“How to Preparethe Server Module for Operation”

on page 34

“How to Install DIMMs” on page 45

BeforeYou Begin

See Also

DIMM Population Rules and Guidelines for the SunBlade X6275 M2 Server module

Sun Blade X6275 M2 ServerModule Service Manual • March,201344

▼

How to Install DIMMs

Note – This component is a customer-replaceable unit (CRU).

Always replace a DIMM with the same Oracle part number as the failed DIMM.

Note – The Sun Blade X6275 M2 Server module is a dual-node server. If necessary, use this

procedure for both nodes.

■

“How to Remove DIMMs” on page 44.

■

“DIMM Slot Designations and Population Order” on page 42

■

“DIMM Population Rules and Guidelines for the Sun Blade X6275 M2 Server module” on

page 43

Prepare the servermodule for service. See “Howto Prepare the Server Module for Service”on

page 25

Ensure that the ejector tabsare in the open position.

Line up the replacement DIMM with the connector.

Align the DIMM notch with the key in the connector. This ensures that the DIMM is oriented correctly.

Push the DIMM into the slot until the ejector tabs lift and lock the DIMM in place.

BeforeYou Begin

DIMM Population Rules and Guidelines for the SunBlade X6275 M2 Server module

Caution – If the DIMM does not easily seat into the connector, verify correct orientation. If the

orientation is reversed, damage to the DIMM or DIMM slot might occur.

Repeat Step 2 through Step 4 until all replacement DIMMs are installed.

Prepare the servermodule for operation.See

“Preparing the Server for Operation”on page 34.

Verify DIMM component information.

Use the ILOM web interface or CLI. Refer to the corresponding ILOM documentation.

Removing and Installing Flash Modules

Note – This component is a customer-replaceable unit (CRU).

Two Flash Module (FMod) slots are located on the server module motherboard. FMod power is supplied by the charge stored on the energy storage modules (ESMs). When the server is removed from the power source (the chassis), the ESMs slowly lose their charge.

A Charge Status LED on the motherboard indicates the status of the charge. When the LED is o, the ESMs are not charged. When the LED is on, the ESMs are charged. It is not safe to remove or install the FMods when the ESMs have a charge. Wait until the Charge Status LED is o.

Caution – Component damage can occur if the FMods are removed or installed when the Charge

Status LED is lit. Wait for the LED to turn o before removing or installing FMods.

Use these procedures to remove and install FMods:

■

“How to Remove Flash Modules” on page 46

■

“How to Install Flash Modules” on page 48

▼

How to Remove Flash Modules

Note – This component is a customer-replaceable unit (CRU).

Removing and Installing Flash Modules

Sun Blade X6275 M2 ServerModule Service Manual • March,201346

Caution – Component damage can occur if the FMods are removed or installed when the Charge

Status LED is lit. Wait for the LED to turn o before removing or installing FMods.

Note – The Sun Blade X6275 M2 Server module is a dual-node server. If necessary, use this

procedure for both nodes.

See “Illustrated Parts Breakdown” on page 15 for the location of the ash modules.

If necessary, back up any datathat is contained on the Flash Module (FMod).

Prepare the servermodule for service. See

“Preparing the Server for Service”on page 25.

Locate the FMod slot on the motherboard.

A lit green LED next to an FMod slot indicates that the FMod slot is powered on by the energy storage module (ESM). It does not indicate a faulty FMod. The ESM must drain before you can remove the FMod. Wait until the green FMod LED is o before removing or installing an FMod.

BeforeYou Begin

Removing and Installing Flash Modules

Wait for the green FMod LED to turn o (about 20 seconds).

Rotate both FModslot ejectors outward as far as they will go.

This action partially ejects the FMod from the slot.

Carefully lift the FMod straight up to remove itfrom the slot.

See frame [3] of the illustration in

Step 3.

Prepare the servermodule for operation.See

“How to Preparethe Server Module for Operation”

on page 34

“How to Install Flash Modules” on page 48

▼

How to Install Flash Modules

Note – This component is a customer-replaceable unit (CRU).

Caution – Component damage can occur if the FMods are removed or installed when the Charge

Status LED is lit. Wait for the LED to turn o before removing or installing FMods.

Note – The Sun Blade X6275 M2 Server module is a dual-node server. If necessary, use this

procedure for both nodes.

See “How to Remove Flash Modules” on page 46.

Unpack the replacement ash modules and place them on an antistatic mat.

Prepare the servermodule for service. See

“How to Preparethe Server Module for Service”on

page 25

Next Steps

BeforeYou Begin

Removing and Installing Flash Modules

Sun Blade X6275 M2 ServerModule Service Manual • March,201348

Wait for the Power StatusLED to turn o.

Ensure that the ejector tabsare in the open position.

Line up the ash module with the slot.

Align the FMod notch with the key in the connector. This ensures that the FMod is oriented correctly.

Push the ash module into the slot until the ejector tabs lock the FMod in place.

If the FMod does not easily seat into the connector, verify that the orientation of the FMod is correct.

Prepare the servermodule for operation.See

“Preparing the Server for Operation”on page 34.

Verify ash module component information.

Use the ILOM web interface or CLI. Refer to the corresponding ILOM documentation.

Removing and Installing Flash Modules

Removing and Installing the Energy Storage Modules

The energy storage modules (ESMs) supply power to the ash modules (FMods). When power is applied to the server, the voltage causes the ESMs to charge to capacity. The ESMs maintain this charge until the server is removed from the chassis (power source). When the server is removed, the ESMs slowly lose their charge.

A Charge Status LED on the motherboard indicates the status of the charge. When the LED is on, the ESM is charged. When the LED is o, the ESMs are not charged. If the LED is on, it is not safe to remove or install the FMods or the ESMs.

Note – This component is a customer-replaceable unit (FRU).

Use these procedures when removing or installing and energy storage module (ESM):

■

“How to Remove the Energy Storage Modules” on page 50

■

“How to Install the Energy Storage Modules” on page 51

▼

How to Remove the Energy Storage Modules

Note – This component is a customer-replaceable unit (FRU).

Note – The Sun Blade X6275 M2 Server module is a dual-node server. If necessary, use this

procedure for both nodes.

■

See “Illustrated Parts Breakdown” on page 15 for the location of the ESM modules.

■

See “Removing and Installing Flash Modules” on page 46.

Prepare the servermodule for service. See

“Preparing the Server for Service”on page 25.

Remove the SPboard. See

“How to Removethe Service Processor Board”on page 53.

When the green charge status LED is o, disconnect the ESM connectors from the motherboard.

A lit green LED next to an FMod slot indicates that the FMod slot is powered on by the energy storage module (ESM). It does not indicate a faulty FMod. The ESM must drain before you can remove the FMod. Wait about 20 seconds or until the green FMod LED is o before removing or installing FMod.

BeforeYou Begin

Removing and Installing the Energy StorageModules

Sun Blade X6275 M2 ServerModule Service Manual • March,201350

Unbuckle the ESM retaining strapby pushing the strap back through the buckle.

Slide out the ESM thatis nearest the front of the server moduleby pulling it through the opening in the holder.

The holder has an opening on the front-facing side.

Slide out the rear ESM by pulling it through the opening in the holder.

Prepare the servermodule for operation.See

“How to Preparethe Server Module for Operation”

on page 34.

“How to Install the Energy Storage Modules” on page 51

▼

How to Install the Energy Storage Modules

Note – This component is a customer-replaceable unit (FRU).

Next Steps

Removing and Installing the Energy StorageModules

Note – The Sun Blade X6275 M2 Server module is a dual-node server. If necessary, use this

procedure for both nodes.

■

See “How to Remove the Energy Storage Modules” on page 50.

■

See “Removing and Installing Flash Modules” on page 46.

Prepare the servermodule for service. See

“Preparing the Server for Service”on page 25.

Position the rearESM in the empty holder with the cable facing up and toward the rear of the server.

Slide the ESM into theholder and guide the cable into the cable slot on the backside of the holder.

Position the frontESM in the empty holder with the cable facing up and toward the front of the server.

Slide the ESM into theholder and guide the cable into the cable slot on the frontof the holder.

BeforeYou Begin

Removing and Installing the Energy StorageModules

Sun Blade X6275 M2 ServerModule Service Manual • March,201352

Connect the two cables tothe connectors on the motherboard.

Buckle the retaining strap byguiding the strap through the buckle and pulling it until tight.

Install the SP board. See

“How to Install the ServiceProcessor Board”on page 54.

Prepare the servermodule for operation.See

“How to Preparethe Server Module for Operation”

on page 34

“Removing and Installing Flash Modules” on page 46

Removing and Installing the Service Processor Board

Note – This component is a eld-replaceable unit (FRU).

The service processor (SP) board is mounted on the motherboard and located at the rear of the server.

Use these procedures to remove and install the SP board:

■

“How to Remove the Service Processor Board” on page 53

■

“How to Install the Service Processor Board” on page 54

▼

How to Remove the Service Processor Board

Note – This component is a customer-replaceable unit (CRU).

■

If you are replacing an SP board that is not dead, obtain the ILOM version and download the system software release package (combined BIOS/ILOM) that incorporates that version. A system software release package can be downloaded from:

http://support.oracle.com.

■

If you are replacing a dead SP board, obtain the BIOS version and download the system software release package (combined BIOS/ILOM) that incorporates that version. A system software release package can be downloaded from:

http://support.oracle.com.

■

For the location of components, see “Illustrated Parts Breakdown” on page 15.

Prepare the servermodule for service. See

“Preparing the Server for Service”on page 25.

See Also

BeforeYou Begin

Removing and Installing the ServiceProcessorBoard

Use a number 2 Phillips screwdriver to remove and retain the three screws securing the SP board to the standos on themotherboard.

Pull the SP board upward todisengage the underside connector.

Remove the SPboard.

Prepare the servermodule for operation.See

“How to Preparethe Server Module for Operation”

on page 34

“How to Install the Service Processor Board” on page 54

▼

How to Install the Service Processor Board

Note – This component is a customer-replaceable unit (CRU).

■

If you are replacing a SP board and have not yet removed the old one, see “How to Remove

the Service Processor Board” on page 53

■

If you are installing a new SP board, be sure you have the appropriate system software release package as described in the “Before You Begin” section of

“How to Remove the

Service Processor Board” on page 53

Prepare the servermodule for service. See

“Preparing the Server for Service”on page 25.

Next Steps

BeforeYou Begin

Removing and Installing the ServiceProcessorBoard

Sun Blade X6275 M2 ServerModule Service Manual • March,201354

Position the SPboard with the connector facingdownward.

Align the underside connector on the SP board with the connector on the motherboard.

The three screw holes on the SP board line up with the standos on the motherboard when the connectors are aligned.

Lower the SP board until the two connectors touch and carefullypush down on the SPboard until the connectors engage one another.

Use a number 2 Phillips screwdriver to secure the SP boardto the standos on the motherboard using the three screws.

Prepare the servermodule for operation.See

“How to Preparethe Server Module for Operation”

on page 34

Update the systemwith the BIOS/ILOMrmwarepackage you downloaded earlier (see the “BeforeYou Begin”informationin

“How to Removethe Service Processor Board”on page 53.

This will ensure that both the BIOS and ILOM rmware (which are packaged and tested together) are at a supported level.

For information about updating rmware, see

Oracle Integrated Lights Out Manager (ILOM

) 3.0 Supplement for the Sun Blade X6275 M2 Server Module

Removing and Installing USB Flash Drives

Note – This component is a customer-replaceable unit (CRU).

Two USB ash drive ports are located on the motherboard at the rear of the server module underneath the SP board. The top USB port is for compute node 0. The bottom USB port is for compute node 1. It is not necessary to remove the SP board to access the USB ports.

Removing and Installing USB Flash Drives

Use these procedures to remove and install USB ash drives:

■

“How to Remove USB Flash Drives” on page 56

■

“How to Install USB Flash Drives” on page 57

▼

How to Remove USB Flash Drives

Note – This component is a customer-replaceable unit (CRU).

Use this procedure to remove a USB ash drive from the motherboard-mounted USB ports.

Note – The Sun Blade X6275 M2 Server module is a dual-node server. If necessary, use this

procedure for both nodes.

■

See “Illustrated Parts Breakdown” on page 15 for the location of the USB ash drive ports.

■

See “USB Flash Drive Specications” on page 130.

If necessary, back up any datathat is contained on the USB ash drives.

Prepare the servermodule for service. See

“Preparing the Server for Service”on page 25.

It is not necessary to remove the server module cover to access the USB ports.

Locate the USB port on the back of the motherboard.

Tip – The top port is for node 0 and the bottom port is for node 1.

BeforeYou Begin

Removing and Installing USB Flash Drives

Sun Blade X6275 M2 ServerModule Service Manual • March,201356

Grasp the USB ash drive, and pull the it out.

Prepare the servermodule for operation.See

“How to Preparethe Server Module for Operation”

on page 34

“How to Install USB Flash Drives” on page 57

▼

How to Install USB Flash Drives

Note – This component is a customer-replaceable unit (CRU).

Use this procedure to install a USB ash drive in the motherboard-mounted USB ports.

Note – The Sun Blade X6275 M2 Server module is a dual-node server. If necessary, use this

procedure for both nodes.

See “How to Remove USB Flash Drives” on page 56.

Prepare the servermodule for service. See

“Preparing the Server for Service”on page 25.

It is not necessary to remove the server module cover to access the USB ports.

Locate the correct USB port.

Next Steps

BeforeYou Begin

Removing and Installing USB Flash Drives

Tip – The top port is for node 0 and the bottom port is for node 1.

Push the USB ash driveinto the port.

Note – If any resistance is encountered, the USB ash drive might be upside down. Rotate the

drive and try again. The label is normally on top.

Prepare the servermodule for operation.See “How to Prepare the Server Module forOperation”

on page 34

Verify component information.

Use the ILOM web interface or CLI. Refer to the corresponding ILOM documentation.

Removing and Installing a CPU and Heatsink Assembly

Note – This component is a eld-replaceable unit (FRU).

When replacing processors, you must install processors of the same speeds on the same motherboard. Position P0 and P1 must contain a processor.

Use these procedures to remove and install CPU and heatsink assemblies:

■

“How to Identify a Faulty CPU” on page 59

Removing and Installing a CPU and Heatsink Assembly

Sun Blade X6275 M2 ServerModule Service Manual • March,201358

■

“How to Remove a CPU and Heatsink Assembly” on page 60

■

“How to Install a CPU and Heatsink Assembly” on page 62

▼

How to Identify a Faulty CPU

Use this procedure to identify a faulty CPU.

■

For the location of the CPU and heatsink assemblies, see “Illustrated Parts Breakdown” on

page 15

■

For information about using the CPU test circuit, see “Using the DIMM and CPU

On-Board Test Circuitry” on page 77

Prepare the servermodule for service. See

“Preparing the Server for Service”on page 25.

Press the Remind button on the motherboard.

Note – Do not hold the Fault Remind button down longer than necessary.

BeforeYou Begin

Removing and Installing a CPU and Heatsink Assembly

As indicated in the following table, a failed processor is identied by a lit Processor Fault LED.

LED State CPU Status

O Operating properly.

On (amber) Faulty and should be replaced.

“How to Remove a CPU and Heatsink Assembly” on page 60

▼

How to Remove a CPU and Heatsink Assembly

Note – This component is a eld-replaceable unit (FRU).

See “How to Identify a Faulty CPU” on page 59.

Prepare the servermodule for service. See

“Preparing the Server for Service”on page 25.

Next Steps

BeforeYou Begin

Removing and Installing a CPU and Heatsink Assembly

Sun Blade X6275 M2 ServerModule Service Manual • March,201360

Identify the faulty CPU. See “How to Identify a Faulty CPU”on page 59.

Gently press down on the top of the heatsink to counteract the pressureof the captive spring-loaded screws thatsecure the heatsink to the motherboard.

Use a number two Phillips screwdriver to alternately loosen each of the two spring-loaded mounting screws thatsecure the heatsink to the motherboard.

Removing and Installing a CPU and Heatsink Assembly

Note – Alternately turn each screw 180 degrees at a time until the both screws are completely

loosened.

To separate the heatsink from the top of the CPU, gently wiggle the heatsink left and right, while pulling upward.

See frame [3] of the illustration in

Step 2.

A thin layer of thermal compound separates the heatsink and the CPU. This compound also acts as an adhesive.

Note – Do not allow the thermal compound to contaminate the work space or other

components.

Use an alcohol pad to completely remove the thermal compound from the underside of the heatsink.

Remove any dust from the heatsinkns.

Before you remove the CPU, use an alcohol pad to remove the thermal compound from the top of the component.

See frame [4] of the illustration in

Step 2.

To release the processor cover retaining lever, pushdown on the end of the lever and move it slightly away from the CPU.

See frame [5] of the illustration in

Step 2.

Lift the CPU cover to the fully open position and remove the CPU.

See frame [6] of the illustration in

Step 2.

“How to Install a CPU and Heatsink Assembly” on page 62

▼

How to Install a CPU and Heatsink Assembly

Note – This component is a eld-replaceable unit (FRU).

See “How to Remove a CPU and Heatsink Assembly” on page 60.

Prepare the servermodule for service. See

“How to Preparethe Server Module for Service”on

page 25

Next Steps

BeforeYou Begin

Removing and Installing a CPU and Heatsink Assembly

Sun Blade X6275 M2 ServerModule Service Manual • March,201362

To remove a CPU and heatsink assembly, see “Howto Remove aCPU and Heatsink Assembly” on

page 60

Ensure that the CPU socket release lever is in the fully open position.

See frame [1] in the following illustration.

Removing and Installing a CPU and Heatsink Assembly

Align the CPU over the socket so the notches on the sides of the CPU align the with the keyson the socket.

See frame [1] of the illustration in

Step 3.

Caution – Do not press down on the CPU. Irreparable damage to the CPU or motherboard might

occur from excessive downward pressure. Do not forcibly seat the CPU into the socket. Excessive downward pressure might damage the socket pins.

Gently set the CPU on the socket.

See frame [1] of the illustration in

Step 3.

When properly aligned, the CPU sits at in the CPU socket and has minimal side-to-side movement.

Close the CPU cover and lowerthe retaining lever securing it under the retaining clip.

See frame [2] of the illustration in

Step 3.

This action secures the CPU in the socket.

Using one syringe of thermal compound (500 mg [0.2 ml]),carefully apply the compound to the top of the CPU inan X pattern, stopping shortof the corners.

See frame [3] of the illustration in

Step 3.

Carefully position heatsink over the CPU,and align the heatsink screws with the screwholes in the motherboard.

See frame [4] of the illustration in

Step 3.

Lower the heatsink onto the CPU.

Caution – Possible thermal damage. Avoid moving the heatsink after it has contacted the top of

the CPU. Too much movement could disturb the layer of thermal compound, causing voids, and leading to ineective heat dissipation and component damage.

Gently press down on the top of the heatsink to counteract the pressureof the captive spring-loaded screws, and use a number 2 Phillips screwdriver to alternately tighten each screw, 180 degrees at a time, until tight.

See frame [5] of the illustration in

Step 3.

Prepare the servermodule for operation.See

“Preparing the Server for Operation”on page 34.

Update the BIOS and rmware.

Refer to the

Oracle Integrated Lights Out Manager (ILOM ) 3.0 Supplement for the Sun Blade

X6275 M2 Server Module

Removing and Installing a CPU and Heatsink Assembly

Sun Blade X6275 M2 ServerModule Service Manual • March,201364

▼

How to Replace the Motherboard Assembly

Note – This component is a eld-replaceable unit (FRU).

The motherboard is shipped installed in a server module enclosure assembly. Do not remove the motherboard from the server module enclosure. Remove components from the old server module enclosure, and install these components into the new enclosure and motherboard assembly.

■

If you are replacing a motherboard that is not dead, obtain the BIOS and ILOM versions and download the system software release package (combined BIOS/ILOM) that incorporates those versions. A system software release package can be downloaded from:

http://support.oracle.com.

■

If you are replacing a dead motherboard, obtain the ILOM version and download the system software release package (combined BIOS/ILOM) that incorporates that version. A system software release package can be downloaded from:

http://support.oracle.com.

■

Backup the FRUID information before removing the motherboard. See “How to Back Up

FRU Information” on page 127

■

For the location of components, see “Illustrated Parts Breakdown” on page 15.

Prepare the servermodule for service. See

“How to Preparethe Server Module for Service”on

page 25

Remove reusable components from the server module motherboard.

See the following procedures:

■

“How to Remove the Service Processor Board” on page 53

■

“How to Remove DIMMs” on page 44

■

“How to Remove Flash Modules” on page 46

■

“How to Remove the Energy Storage Modules” on page 50

■

“How to Remove USB Flash Drives” on page 56

Install the components on thenew servermodule motherboard assembly.

See the following procedures.

■

“How to Install the Service Processor Board” on page 54

■

“How to Install DIMMs” on page 45

■

“How to Install Flash Modules” on page 48

■

“How to Install the Energy Storage Modules” on page 51

■

“How to Install USB Flash Drives” on page 57

Prepare the servermodule for operation.See “How to Prepare the Server Module forOperation”

on page 34

BeforeYou Begin

Removing and Installing a CPU and Heatsink Assembly

Note – Do not power on the server.

Place the server in standbypower mode. See“How to Power the Server Module to Standby

PowerMode”onpage 22

To restore FRUID information you collected earlier,log in to Service Mode.

The Service Mode command-line prompt appears.

At the prompt,type the following command:

# copypsnc BACKUP1 PRIMARY

This command copies the contents of the BACKUP1 container to the PRIMARY container.

To display the contents of the PRIMARY container, enter the following command:

# showpsnc

The contents of the PRIMARY container appears.

Note – The motherboard MAC address (MACADDR element in the Primary column) that

appears in the output is the MAC address of the motherboard that was removed from the system.

You need to update the FRU MAC address, so the information is correct in the PRIMARY container.

To update the FRUID MACaddress for thenew motherboard, enter the following command:

# setpsnc —m NEW_MAC_ADDRESS

where NEW_MAC_ADDRESS is the MAC address of the new motherboard.

To backup the updated FRUID information, enter the following command:

# copypsnc BACKUP1 PRIMARY

Poweron the server module. See

“How to Power On the ServerModule to Full Power Mode”on

page 23

Update the systemwith the BIOS/ILOMrmwarepackage you downloaded earlier.

This will ensure that both the BIOS and ILOM rmware (which are packaged and tested together) are at a supported level.

For information about updating rmware, see

Oracle Integrated Lights Out Manager (ILOM

) 3.0 Supplement for the Sun Blade X6275 M2 Server Module

Removing and Installing a CPU and Heatsink Assembly

Sun Blade X6275 M2 ServerModule Service Manual • March,201366

Diagnostic and Maintenance Information and Procedures

This section contains the following diagnostic and maintenance information and procedures:

■

“Diagnosing Server Module Hardware Faults” on page 67

■

“Clearing CMOS NVRAM and Resetting Passwords” on page 79

■

“About the BIOS Setup Utility” on page 93

■

“How to Display FRUID Information” on page 126

■

“How to Back Up FRU Information” on page 127

■

“Removing and Installing a Server Module Filler Panel” on page 127

Diagnosing Server Module Hardware Faults

This section contains information and procedures that you can use to diagnose server module hardware issues. The following task table lists diagnostic-related procedures and topics.

Task Link

How to use the x86 diagnostic software that is available for your server.

Refer to the x86 Server Diagnostics Guide included with the server's online documentation collection.

How to view sensor information and set up traps. Refer to the

Oracle Integrated Lights Out Manager (ILOM ) 3.0 Supplement for the Sun Blade X6275 M2 Server Module

How to use ILOM to view the system event log (SEL). Refer to the ILOM documentation included with the

Sun Blade X6275 M2 Server Module documentation collection.

Understanding the functions of the front panel LEDs. See

“LED Functions” on page 68.

Using the DIMM and CPU on board test circuitry. See

“Using the DIMM and CPU On-Board Test

Circuitry” on page 77

Identifying faulty DIMMs. See

“How to IdentifyFaulty DIMMs” on page 40.

Identifying faulty CPUs. See

“How to Identifya Faulty CPU” on page 59.

Connecting the multi-port cable to the server. See

“Using the Multi-Port Cable” on page 77.

Task Link

Clearing CMOS NVRAM and Resetting Passwords. See “Clearing CMOS NVRAM and Resetting

Passwords” on page 79

LED Functions

You can use the server module's LEDs to discern the status of the server and diagnose server issues. This section contains the following topics:

■

“Front Panel LEDs” on page 68

■

“DIMM Fault LEDs” on page 72

■

“CPU Fault LEDs” on page 74

■

“FMod Power Status LEDs” on page 76

Front Panel LEDs

The front panel has the following LEDs:

■

Locate LED helps you nd the server. You can activate the Locate LED using ILOM. For more information, see

“Using the Locate LED to Find the Server Module (Optional)” on

page 29

■

Ready to Remove LED indicates when it is safe to remove the server module.

■

The Power OK LED allows you to discern the power state of the server. For more information, see

“Power Button and Power OK LED” on page 20.

■

The Service Action Required LED indicates if the server has a fault.

The following illustration and table show the location and function of the front panel LEDs.

LED Functions

Sun Blade X6275 M2 ServerModule Service Manual • March,201368

Note – After server module insertion into a powered-on chassis, all front panel LEDs blink three

times.

Front Panel LEDs

Legend Name Color Activity

1 Locate LED White Blinks when activated in ILOM by user.

2 Ready to Remove LED Blue On solid when it is OK to remove.

3 Service ActionRequired

(Fault) LED

Amber On solid when the system has a fault

status.

4 Power/OK LED Green

■

SP booting: Fast blink when SP is booting

■

Standby power mode: Slow blink

■

Full power mode: on solid (does not blink)

5 Power button None Used to power the server module.

6 NMI button None For Service use only.

7 Universal Connector

Port (UCP)

None Connection for the multi-port cable.

See Also:

■

“POST Code LEDs” on page 70

■

“DIMM Fault LEDs” on page 72

■

“CPU Fault LEDs” on page 74

■

“FMod Power Status LEDs” on page 76

POST Code LEDs

Two pairs of LEDs inside the front panel of your server (one pair for each node) display a set of two-digit hexadecimal POST codes. You can use these LEDs to discern the status of the server and diagnose server- and node-related issues. To view the LEDs, you need to look through the front panel and into the server module at the locations shown in the following illustration.

The illustration and table below show the location and describe the function of the Post Code LEDs.

POST Code LEDs

Sun Blade X6275 M2 ServerModule Service Manual • March,201370

Legend Name Color Activity

1 Node 0 Code LED Red For a list of POST codes, see Table 1

2 Node 1 Code LED Red

TABLE 1 POST Codes For the Front Panel POST CodeLEDs

Code Meaning

4F Initializing IPMI BT interface.

D4 Testing base memory; system might hang if test fails.

POST Code LEDs

TABLE 1 POST Codes For the FrontPanel POST Code LEDs (Continued)

Code Meaning

D5 Copying Boot Block to RAM and transferring control to RAM.

38 Initializing dierent devices through DIM (Device Initialization Manager). For

example, USB controllers are initialized at this point.

75 Initializing Int-13 and preparing for IPL detection.

78 Initializing IPL devices controlled by BIOS and option ROMs.

85 Displaying errors to the user and getting the user response for error.

87 Executing BIOS setup if needed / requested. Checking boot password if installed.

00 Passing control to OS Loader(typically INT19h).

FF The ash has been updated successfully. Making ash write disabled. Disabling ATAPI

hardware. Restoring CPUID value back into register. Giving control to F000 ROM at F000:FFF0h.

See Also:

■

“Front Panel LEDs” on page 68

■

“DIMM Fault LEDs” on page 72

■

“CPU Fault LEDs” on page 74

■

“FMod Power Status LEDs” on page 76

DIMM FaultLEDs

Use the following to diagnose DIMM faults:

■

The DIMM Fault LEDs are located on the server module motherboard adjacent to each DIMM slot.

■

The Fault Remind button is located on the motherboard next to the Charge Status LED. Pressing the Fault Remind Button lights up the DIMM Fault LEDs for the slots that contain DIMMs that are in a fault state.

■

The Charge Status LED indicates the usability of the DIMM test circuit. For more information, see

“Using the DIMM and CPU On-Board Test Circuitry” on page 77.

The following illustration and table show the locations and functions of DIMM Fault LED, the Charge Status LED, and the Fault Remind button.

DIMM Fault LEDs

Sun Blade X6275 M2 ServerModule Service Manual • March,201372

Legend Name Color Activity

1 DIMM Fault LEDs (four

locations)

Amber On solid when the Fault Remind button is pressed

and a CPU fault exists.

2 Fault Remind button and

Charge Status LED

Green On solid when circuit is charged and usable. O

when the circuit is not charged (circuit is unusable in a non-charged state).

See Also:

■

“Front Panel LEDs” on page 68

DIMM Fault LEDs

■

“POST Code LEDs” on page 70

■

“CPU Fault LEDs” on page 74

■

“FMod Power Status LEDs” on page 76

CPU FaultLEDs

Use the following LEDs and button to diagnose CPU faults:

■

CPU Fault LEDs are located next to each CPU. The LEDs light up when the Fault Remind button is pressed and one or more of the CPUs are in a fault state.

■

The Fault Remind button. Pressing the Fault Remind Button lights up the CPU Fault LEDs for the CPUs that are in a fault state.

■

The Charge Status LED indicates the usability of the DIMM test circuit. For more information, see

“Using the DIMM and CPU On-Board Test Circuitry” on page 77.

The following illustration and table show the locations and functions of CPU Fault LEDs, the Charge Status LED, and the Fault Remind button.

CPU Fault LEDs

Sun Blade X6275 M2 ServerModule Service Manual • March,201374

Legend Name Color Activity

1 CPU Fault LEDs (four

locations—circled)

Amber On solid when the Fault Remind button is pressed

and a CPU or DIMM fault exists.

2 Fault Remind button and

Charge Status LED

Green On solid when circuit is charged and usable. O

when the circuit is not charged (circuit is unusable in a non-charged state).

See Also:

■

“Front Panel LEDs” on page 68

■

“POST Code LEDs” on page 70

CPU Fault LEDs

■

“DIMM Fault LEDs” on page 72

■

“FMod Power Status LEDs” on page 76

FMod Power Status LEDs

The FMod Power Status LEDs indicate the status of the charged FMod test circuit. The following illustration and table shows the location of the FMods and FMod power

Legend Name Color Activity

1 FMod (node 0) None None.

2 Node 0 Power Status LED Green On solid when ESM is charged and circuit is usable.

O when the ESM is not charged and circuit is in an unusable state.

Note – Do not remove FModwhen FMod Power

Status LED is lit.

3 FMod (node 1) None None.

4 Node 1 Power Status LED Green On solid when ESM is charged and circuit is usable.

O when the ESM is not charged and circuit is in an unusable state.

Note – Do not remove FModwhen FMod Power

Status LED is lit.

FMod Power Status LEDs

Sun Blade X6275 M2 ServerModule Service Manual • March,201376

See Also:

■

“Front Panel LEDs” on page 68

■

“POST Code LEDs” on page 70

■

“DIMM Fault LEDs” on page 72

■

“CPU Fault LEDs” on page 74

Using the DIMM and CPU On-Board Test Circuitry

When DIMMs or CPUs have a fault, the system lights the front panel Service Action Required LED. The LED indicates that immediate service action is required. To address the issue, the server must be powered down and removed from the chassis, so you can use the internal on-board test circuitry to identify the failed component.

The test circuitry is a charged circuit that has a time-limited window of usability (30–60 minutes). When the Fault Remind button is pressed, a Charge Status LED lights if the circuit is usable. If too much time has elapsed between removing the server module and using the test circuit, the charge can drain completely. If this happens, the circuit becomes unusable (and the LED turns o). When the test circuit is drained, the error information is lost. For the circuitry to become usable again, the server module must be installed in the chassis, and the error must occur again.

Tip – When diagnosing DIMM and CPU errors, the best practice is to remove the server module

from the server and use the test circuitry as soon as possible.

For information about how to identify faulty DIMMs or CPUs using the on-board fault test circuits, see the following procedures:

■

“How to Identify Faulty DIMMs” on page 40

■

“How to Identify a Faulty CPU” on page 59

Using the Multi-Port Cable

The multi-port cable provides a single multiple-interface access point to the server module. Using the multi-port cable, you can work locally at the server and attach USB, serial, and video devices directly to the server module.

Caution – Possible damage to the cable, server module, or chassis. Disconnect the multi-port

dongle cable when you are nished using the cable. Otherwise, the cable, server module, or chassis can be damaged when the chassis door is closed or the cable is abruptly pulled.

■

“Multi-Port Cable Connection Overview” on page 78

Using the Multi-Port Cable

■

“How to Attach a Multi-Port Cable” on page 79

Multi-Port Cable ConnectionOverview

You can use the multi-port cable to connect devices directly into the Universal Connector Port (UCP) on the front of the server module for service, maintenance, and OS installation tasks. Your multi-port cable might have three cables, or it might have four cables. The four-port cable has a DB-9 serial connector, while the three-port cable does not.

The following illustration shows the interfaces available through the UCP using the three-connector multi-port cable.

Legend

1 USB(2 ports)

2 RJ-45(serial management port)

3 DB-15 (video port)

Your chassis might ship with a DB-9-to-RJ-45 serial cable adapter. The adapter allows you to attach a serial cable with a DB-9 connector to the server module using the RJ-45 port on the multi-port cable.

Multi-Port Cable Connection Overview

Sun Blade X6275 M2 ServerModule Service Manual • March,201378

▼

How to Attach a Multi-Port Cable

The multi-port cable attaches to the front of the server module using the universal connector port (UCP). The multi-port cable is designed for temporary attachment. Disconnect the cable when nished.

Note – The Sun Blade X6275 M2 Server module is a dual-node server. If necessary, use this

procedure for both nodes.

■

For an overview of the available interfaces on the multi-port cable, see “Multi-Port Cable

Connection Overview” on page 78.

■

For information about using the multi-port cable to access ILOM, refer to the Sun Blade

X6275 M2 Server Module Installation Guide

Position the multi-port cable connector so the at side of the connectoraligns with the at side of the universal connector port (UCP).

Gently squeeze the sides ofthe multi-portcable connector and insert the multi-port cable into the UCP on the server module frontpanel.

Connect the devices using the appropriate interfaces.

Caution – Possible component damage. The multi-port cable is designed for temporary use.

When not in use, do not leave the cable attached to the server module.

To disconnectthe multi-port cable, gently squeeze the sides of the cable connector and pull away from the server module.

Clearing CMOS NVRAM and Resetting Passwords

You can clear CMOS NVRAM using the BIOS Setup Utility. You can also clear CMOS NVRAM and reset BIOS passwords using the reset jumpers located on the server module motherboard. This section contains the following procedures:

■

“How to Clear the NVRAM Using the BIOS Setup Utility” on page 79

■

“How to Clear the CMOS and Reset the BIOS Password Using Jumpers” on page 80

▼

How to Clear the NVRAM Using the BIOS Setup Utility

Use this procedure to use the BIOS Setup Utility to clear the NVRAM.

BeforeYou Begin

Clearing CMOS NVRAM and Resetting Passwords

Note – The Sun Blade X6275 M2 Server module is a dual-node server. If necessary, use this

procedure for both nodes.

To access the BIOS Setup Utility, press F2 during server moduleboot.

The BIOS Setup Utility main screen appears.

Use the arrowkeys to highlight the PCI menu.

The PCI screen appears (see

Figure 19).

Set Clear NVRAM to Yes.

Save and exitthe BIOS Setup Utility.

The systems boots and clears the NVRAM.

▼

How to Clear the CMOS and Reset the BIOS Password Using Jumpers

You can reset a password and clear both the CMOS NVRAM and BIOS password by changing the J42_1 (compute node 0) and J42_2 (compute node 1) jumper positions.

Note – The Sun Blade X6275 M2 Server module is a dual-node server. If necessary, use this

procedure for both nodes.

Prepare the servermodule for service. See “Preparingthe Server for Service”on page 25.

Clearing CMOS NVRAM and Resetting Passwords

Sun Blade X6275 M2 ServerModule Service Manual • March,201380

Locate the jumpersJ42_1 (compute node 0) and J42_2 (compute node 1) jumpers on the rear of the motherboard. The jumper default position is 1-2.

Clearing CMOS NVRAM and Resetting Passwords

Place the jumper on position2-3 for 10 seconds.

This action clears the CMOS and resets the BIOS password.

Remove the jumperfrom position 2-3, and replaceit back to its original position 1-2.

Prepare the servermodule for operation.See

“Preparing the Server for Operation”on page 34.

Recovering from Corrupted Service Processor Firmware

If the service processor (SP) rmware becomes corrupted, you can recover by using the following procedure:

■

“How to Recover the SP Firmware Using the Preboot Menu” on page 83

Recovering from Corrupted Service Processor Firmware

Sun Blade X6275 M2 ServerModule Service Manual • March,201382

▼

How to Recover the SP Firmware Using the Preboot Menu

The preboot menu provides the ability to recover the ILOM rmware image by updating (ashing) the SP rmware.

Note – You can also update the SP using the ILOM CLI or the web interface (refer to the Oracle

Integrated Lights Out Manager documentation).

You must have a valid .flash rmware image le on a TFTP server. This le is available on the tools and drivers DVD, and on the Oracle download site:

http://www.sun.com/servers/blades/downloads.jsp

Note – Updating the SP rmware using the preboot menu requires a .flash le instead of the

.pkg le used to update the SP from the ILOM.

Restart the SP.

Refer to the corresponding ILOM supplement for detailed preboot menu and ILOM information.

Interrupt the SP boot processto access the preboot menu. Chooseone of the following methods:

■

Press the Locate button.

■

Type xyzzy during a pause in the bootstrap process.

The preboot prompt appears.

Preboot>

At the preboot prompt, enter the command:

net flash IPaddress path/name.flash

where IPaddress is the IP address of a TFTP server, path is the path to the le relative to /tftpboot, and name is the rst part of the .flash le lename

For example:

Preboot>

net flash 10.8.173.25 images/system-rom.flash

After a series of messages, the preboot prompt appears.

Preboot>

BeforeYou Begin

Recovering from Corrupted Service Processor Firmware

To restartthe SP, enter the reset command.

Preboot> reset

The preboot menu exits and the ILOM boots.

BIOS Power-On Self-Test (POST) Codes

The system BIOS provides a basic power-on self-test (POST), during which the BIOS checks the basic devices required for the server to operate. The progress of the self-test is indicated by a series of POST codes. This section explains the BIOS POST testing, provides an alternate method for viewing the codes, describes how to change POST options, and lists the POST codes.

■

“About POST” on page 84

■

“How BIOS POST Memory Testing Works” on page 84

■

“Viewing POST Codes Using ILOM” on page 85

■

“How to Change the POST Options” on page 86

■

“POST Codes” on page 87

About POST

When the server module is powered on or booted, it goes through a series of hardware tests called Power-On Self Tests (POST). As the POST executes, enters, and exits the various hardware tests (memory, ports, etc.) it generates a series of four-digit hexadecimal codes that you can read at the bottom right corner of the system’s VGA screen (the POST needs to advance past the video initialization). In general, the POST codes change so rapidly that it is dicult to use them as a diagnostic tool. However, when the server encounters a problem, it stops the boot process and displays the last code. You can reference the code against the listing at

Table 2.

An alternate method of displaying POST codes is to redirect the output of the console to a serial port (see

“Viewing POST Codes Using ILOM” on page 85).

How BIOS POST Memory Testing Works

The BIOS POST memory testing is performed as follows:

1. The rst megabyte of DRAM is tested by the BIOS before the BIOS code is shadowed (that is, copied from ROM to DRAM).

2. Once executing out of DRAM, the BIOS performs a simple memory test (a write/read of every location with the pattern 55aa55aa).

BIOS Power-On Self-Test (POST) Codes

Sun Blade X6275 M2 ServerModule Service Manual • March,201384

Note – This memory test is performed only if Quick Boot is not enabled from the Boot

Settings Conguration screen. Enabling Quick Boot causes the BIOS to skip the memory test. See

“How to Change the POST Options” on page 86 for more information.

3. The BIOS polls the memory controllers for both correctable and non-correctable memory errors and logs those errors into the SP.

4. The message BMC Responding appears at the end of POST.

Viewing POST Codes Using ILOM

You can view the BIOS POST codes remotely using the web interface or the CLI.

■

“How to View BIOS POST Codes Using the Web Interface” on page 85

■

“How to View BIOS POST Codes Using the CLI” on page 86

▼

How to View BIOS POST Codes Using theWeb Interface

Open a browserand use the node SP’s IP address as the URL.

Refer to the Oracle Integrated Lights Out Manager 3.0 User’s Guide for information on how to obtain the IP address of the SP.

Typea user name and passwordas follows:

User name: rootPassword: changeme

The ILOM SP web interface screenappears.

Click the Remote Control tab.

Click the Redirection tab.

Click the Start Redirection button.

The JavaRConsole window appears and prompts you for your user name and password again, then the current POST screen appears.

To view POST codes, rebootthe server.

“How to View BIOS POST Codes Using the CLI” on page 86

See Also

Viewing POST Codes Using ILOM

▼

How to View BIOS POST Codes Using the CLI

ssh root@SP_IPaddress

where SP_IPaddress is the IP address of the node SP.

Start the serial console by entering the command:

-> start /HOST/console

“How to View BIOS POST Codes Using the Web Interface” on page 85

▼

How to Change the POST Options

See “About the BIOS Setup Utility” on page 93.

Access the BIOS Setup Utility. See

“How to Congurethe BIOS Using the BIOS Setup Utility”on

page 95

The BIOS Main Menu screen appears.

Select theBoot menu. See

“Boot Menu Screens”on page 116.

The Boot Settings screen appears.

Select Boot Settings Conguration. See

Figure 21.

The Boot Settings Conguration screen appears.

On the Boot Settings Congurationscreen, congure the following settings by selecting enable or disable:

■

Quick Boot: This option is enabled by default. The BIOS skips certain tests while booting, such as the extensive memory test. This decreases the time it takes for the system to boot.

■

Quiet Boot: This option is disabled by default. If you enable this option, the Sun Microsystems logo appears instead of POST codes.

■

Wait for F1 if Error: This option is enabled by default. The system pauses if an error is found during POST and only resumes when you press the F1 key.

■

Retry Boot List: Automatically retries the boot list when all devices have failed. This option is enabled by default.

■

IB gPXE Boot First: Sets the on-board Inniband gPXE to always boot rst. This option is disabled by default.

Save and exitthe BIOS Setup Utility.

See Also

BeforeYou Begin

Viewing POST Codes Using ILOM

Sun Blade X6275 M2 ServerModule Service Manual • March,201386

POST Codes

The table below contains descriptions of each of the POST codes, listed in the same order in which they are generated. These POST codes appear at the bottom right of the BIOS screen as a four-digit string that is a combination of two-digit output from primary I/O port 80 and two-digit output from secondary I/O port 81. In the POST codes listed below, the rst two digits are from port 81 and the last two digits are from port 80.

You can see some of the POST codes from primary I/O port 80 on LEDs inside the front panel of your server node (see

“POST Code LEDs” on page 70).

The Response column describes the action taken by the system on encountering the corresponding error. The actions are:

■

Warning or Not an Error: The message appears on the screen. An error record is logged to the system event log (SEL) for a hardware component. The system continues booting with a degraded state. The user might want to replace the component.

■

Pause: The message appears on the screen, an error is logged to the SEL, and user input is required to continue. The user can take immediate corrective action or choose to continue booting.

■

Halt: The message appears on the screen, an error is logged to the SEL, and the system cannot boot unless the error is resolved. The user needs to replace the faulty part and restart the system.

TABLE 2 Error Messages and Responses

Error Code Error Message Response

0000 Timer Error Pause

0003 CMOS Battery Low Pause

0004 CMOS Settings Wrong Pause

0005 CMOS Checksum Bad Pause

000B CMOS Memory Size Wrong Pause

000C RAM R/W Test Failed Pause

000E A: Drive Error Pause

000F B: Drive Error Pause

0012 CMOS Date/Time Not Set Pause

0040 Refresh Timer Test Failed Halt

0041 Display Memory Test Failed Pause

0042 CMOS Display Type Wrong Pause

POST Codes

TABLE 2 Error Messages and Responses (Continued)

Error Code Error Message Response

0043 ~<INS> Pressed Pause

0044 DMA Controller Error Halt

0045 DMA-1 Error Halt

0046 DMA-2 Error Halt

0047 Unknown BIOS error. Error code = 0047 Halt

0048 Password Check Failed Halt

0049 Unknown BIOS error. Error code = 0049 Halt

004A Unknown BIOS error. Error code = 004A Pause

004B Unknown BIOS error. Error code = 004B Pause

004C Keyboard/Interface Error

005D S.M.A.R.T. Command Failed

005E Password Check Failed Pause

0101 Warning! This system board does not support the power requirements of the

installed processor. The processor will be run at a reduced frequency, which will impact system performance.

Pause

0102 Error! The CPU Core to Bus ratio or VID conguration has failed! Please

enter BIOS Setup and re-cong it.

Pause

0103 ERROR! CPU MTRRs conguration failed!

Uncacheable memory hole or PCI space too complicated.

0120 Thermal Trip Failure Pause

0121 Thermal Trip Failure Pause

0122 Thermal Trip Failure Pause

0123 Thermal Trip Failure Pause

0124 Thermal Trip Failure Pause

0125 Thermal Trip Failure Pause

0126 Thermal Trip Failure Pause

0127 Thermal Trip Failure Pause

0128 Thermal Trip Failure

0129 Thermal Trip Failure

POST Codes

Sun Blade X6275 M2 ServerModule Service Manual • March,201388

TABLE 2 Error Messages and Responses (Continued)

Error Code Error Message Response

012A Thermal Trip Failure

012B Thermal Trip Failure

012C Thermal Trip Failure

012D Thermal Trip Failure

012E Thermal Trip Failure

012F Thermal Trip Failure

0150 Processor Failed BIST Pause

0151 Processor Failed BIST Pause

0152 Processor Failed BIST Pause

0153 Processor Failed BIST Pause

0154 Processor Failed BIST Pause

0155 Processor Failed BIST Pause

0156 Processor Failed BIST Pause

0157 Processor Failed BIST Pause

0158 Processor Failed BIST

0159 Processor Failed BIST

015A Processor Failed BIST

015B Processor Failed BIST

015C Processor Failed BIST

015D Processor Failed BIST

015E Processor Failed BIST

015F Processor Failed BIST

0160 Processor missing microcode Pause

0161 Processor missing microcode Pause

0162 Processor missing microcode Pause

0163 Processor missing microcode Pause

0164 Processor missing microcode Pause

0165 Processor missing microcode Pause

POST Codes

TABLE 2 Error Messages and Responses (Continued)

Error Code Error Message Response

0166 Processor missing microcode Pause

0167 Processor missing microcode Pause

0168 Processor missing microcode

0169 Processor missing microcode

016A Processor missing microcode

016B Processor missing microcode

016C Processor missing microcode

016D Processor missing microcode

016E Processor missing microcode

016F Processor missing microcode

0180 BIOS does not support current stepping Pause

0181 BIOS does not support current stepping Pause

0182 BIOS does not support current stepping Pause

0183 BIOS does not support current stepping Pause

0184 BIOS does not support current stepping Pause

0185 BIOS does not support current stepping Pause

0186 BIOS does not support current stepping Pause

0187 BIOS does not support current stepping Pause

0188 BIOS does not support current stepping

0189 BIOS does not support current stepping

018A BIOS does not support current stepping

018B BIOS does not support current stepping

018C BIOS does not support current stepping

018D BIOS does not support current stepping

018E BIOS does not support current stepping

018F BIOS does not support current stepping

0192 L2 cache size mismatch.

0193 CPUID, Processor stepping are dierent.

POST Codes

Sun Blade X6275 M2 ServerModule Service Manual • March,201390

TABLE 2 Error Messages and Responses (Continued)

Error Code Error Message Response

0194 CPUID, Processor family are dierent. Pause

0195 Front side bus mismatch. System halted.

0196 CPUID, Processor Model are dierent. Pause

0197 Processor speeds mismatched. Pause

5120 CMOS cleared by jumper. Pause

5121 Password cleared by jumper. Pause

5125 Not enough conventional memory to copy PCI Option ROM.

5180 Unsupported Memory Vendor : DIMM_A0 Warning

5181 Unsupported Memory Vendor : DIMM_A1 Warning

5182 Unsupported Memory Vendor : DIMM_A2 Warning

5183 Unsupported Memory Vendor : DIMM_A3 Warning

5184 Unsupported Memory Vendor : DIMM_A4

5185 Unsupported Memory Vendor : DIMM_B0 Warning

5186 Unsupported Memory Vendor : DIMM_B1 Warning

5187 Unsupported Memory Vendor : DIMM_B2 Warning

5188 Unsupported Memory Vendor : DIMM_B3 Warning

5189 Unsupported Memory Vendor : DIMM_B4 Warning

518A Unsupported Memory Vendor : DIMM_B5 Warning

518B Unsupported Memory Vendor : DIMM_C0 Warning

518C Unsupported Memory Vendor : DIMM_C1 Warning

518D Unsupported Memory Vendor : DIMM_C2 Warning

518F Unsupported Memory Vendor : DIMM_C3 Warning

5190 Unsupported Memory Vendor : DIMM_C4 Warning

5191 Unsupported Memory Vendor : DIMM_C5 Warning

5192 Unsupported Memory Vendor : DIMM_D0 Warning

5193 Unsupported Memory Vendor : DIMM_D1 Warning

5194 Unsupported Memory Vendor : DIMM_D2 Warning

5195 Unsupported Memory Vendor : DIMM_D3 Warning

POST Codes

TABLE 2 Error Messages and Responses (Continued)

Error Code Error Message Response

5196 Unsupported Memory Vendor : DIMM_D4 Warning

5197 Unsupported Memory Vendor : DIMM_D5 Warning

51A0 Unsupported AMB Vendor : DIMM_A0 Warning

51A1 Unsupported AMB Vendor : DIMM_A1 Warning

51A2 Unsupported AMB Vendor : DIMM_A2 Warning

51A3 Unsupported AMB Vendor : DIMM_A3 Warning

51A4 Unsupported AMB Vendor : DIMM_A4 Warning

51A5 Unsupported AMB Vendor : DIMM_A5 Warning

51A6 Unsupported AMB Vendor : DIMM_B0 Warning

51A7 Unsupported AMB Vendor : DIMM_B1 Warning

51A8 Unsupported AMB Vendor : DIMM_B2 Pause

51A9 Unsupported AMB Vendor : DIMM_B3 Warning

51AA Unsupported AMB Vendor : DIMM_B4 Warning

51AB Unsupported AMB Vendor : DIMM_B5 Warning

51AC Unsupported AMB Vendor : DIMM_C0 Warning

51AD Unsupported AMB Vendor : DIMM_C1 Pause

51AE Unsupported AMB Vendor : DIMM_C2 Warning

51AF Unsupported AMB Vendor : DIMM_C3 Pause

51B0 Unsupported AMB Vendor : DIMM_C4 Pause

51B1 Unsupported AMB Vendor : DIMM_C5 Pause

51B2 Unsupported AMB Vendor : DIMM_D0

51B3 Unsupported AMB Vendor : DIMM_D1

51B4 Unsupported AMB Vendor : DIMM_D2

51B5 Unsupported AMB Vendor : DIMM_D3

51B6 Unsupported AMB Vendor : DIMM_D4

51B7 Unsupported AMB Vendor : DIMM_D5

51C0 Memory Conguration Error.

8101 Warning! USB Host Controller not found at the specied address!!!

POST Codes

Sun Blade X6275 M2 ServerModule Service Manual • March,201392

TABLE 2 Error Messages and Responses (Continued)

Error Code Error Message Response

8102 Error! USB device failed to initialize!!!

8104 Warning! Port 60h/64h emulation is not supported by this USB Host

Controller!!!

8105 Warning! EHCI controller disabled. It requires 64bit data support in the

BIOS.

8301 Not enough space in runtime area. SMBIOS data will not be available.

8302 Not enough space in runtime area. SMBIOS data will not be available.

8601 Error: BMC Not Responding

8701 Insucient Runtime space for MPS data.!.

System may operate in PIC or Non-MPS mode.

Server Module Maintenance Procedures and Information

This section contains the following maintenance procedures and topics:

■

“About the BIOS Setup Utility” on page 93

■

“How to Display FRUID Information” on page 126

■

“How to Back Up FRU Information” on page 127

■

“Removing and Installing a Server Module Filler Panel” on page 127

About the BIOS Setup Utility

The Basic Input/Output System (BIOS) has a utility stored in the BIOS ash memory called the BIOS Setup Utility. The BIOS Setup Utility reports system information and allows user customization of the server BIOS settings. The customized BIOS settings are stored in the system’s battery-backed CMOS RAM. If the battery fails, causing the loss of customized settings, the BIOS settings default to the original state specied at the factory.

You can access BIOS Setup Utility locally using the multi-port cable and one of the following congurations:

■

USB keyboard and mouse and a VGA monitor.

■

A serial terminal emulator connected to the USB port.

Note – For information about using the multi-port cable, see “Using the Multi-Port Cable” on

page 77

About the BIOS Setup Utility

This section contains the following topics:

■

“BIOS Setup Utility Screens Overview” on page 94

■

“How to Congure the BIOS Using the BIOS Setup Utility” on page 95

■

“BIOS Setup Menu Screens” on page 96

BIOS Setup Utility Screens Overview

The following illustration shows the organization of the BIOS Setup Utility screens:

The following table summarizes the top-level BIOS setup screens.

BIOS Setup Utility Screens Overview

Sun Blade X6275 M2 ServerModule Service Manual • March,201394

Screen Description

Main General product information, including BIOS type, processor,

memory, and time/date.

Advanced Conguration information for the CPU processor, memory, IDE,

Super IO, trusted computing, USB, PCI, MPS and other information.

PCI Clears NVRAM during next server module boot.

Boot Congure boot settings, boot device priority, and enable or disable

option ROM.

Security Set or change the user and supervisor passwords.

Chipset Set or change the processor (CPU, North, South) bridge features.

Exit Save changes and exit, discard changes and exit, discard changes, or

load optimal defaults.

Back to: “About the BIOS Setup Utility” on page 93

▼

How to Congure the BIOS Using the BIOS Setup Utility

The BIOS Setup Utility contains both read-only information and settings that can be customized. Use this procedure to access the BIOS Setup Utility and customize settings.

See

“About the BIOS Setup Utility” on page 93.

Enter the BIOS Setup Utility by pressing the F2 keywhile the system is performingthe power-on self-test (POST).

Tip – Watch the screen for the prompt to press F2.

The main BIOS Setup menu screen appears.

Use the followingkeyboard keys to navigatethe BIOS Setup Utility:

■

Use the left and right arrow keys to select the main menu screens.

■

Use the up and down arrows, on the keyboard, to select an item within a screen.

Navigate to the item to be modied.

Fields that can be congured or that provide access to a sublevel appear highlighted. All other elds are read only.

BeforeYou Begin

BIOS Setup Utility Screens Overview

Press Enter toselect the item.

A sublevel or a dialog box with the available option elds appears.

Use the up or downarrow keys or the + or – keys to change a eld.

When you arenished customizing BIOS settings, navigate tothe Exit screen.

Select one of the exit options and press Enter.

For example, to save the changes that you made, highlight the Save Changes and Exit option and press Enter.

When you exit the BIOS Setup Utility, the server boots. If you've made changes to BIOS settings, those changes are valid with the system boot.

“BIOS Setup Menu Screens” on page 96

BIOS Setup Menu Screens

Note – The screens shown are examples. The version numbers and the screen items and

selections shown are subject to change over the life of the product.

The following gures show sample Sun Blade X6275 M2 Server Module BIOS Setup Utility screens:

■

“BIOS Main Screens” on page 96

■

“Advanced Screens” on page 99

■

“PCI Menu Screens” on page 116

■

“Boot Menu Screens” on page 116

■

“Security Menu Screens” on page 120

■

“Chipset Menu Screens” on page 121

■

“Exit Menu Screens” on page 125

BIOS Main Screens

See Also

BIOS Setup Menu Screens

Sun Blade X6275 M2 ServerModule Service Manual • March,201396

The BIOS Main screen allows you to set the system time and the system date.

In addition, the BIOS Main screen provides the following read-only information:

BIOS Information

Build Date

BIOS ID

Processor Information

CPU model

CPU speed

CPU count

Thread count

FIGURE 1 The BIOS MainScreen

BIOS Main Screens

Processor Information

Core count

Server Information

Memory size

MAC address

Serial Number Information is a Main submenu screen that provides the following read-only information:

Serial Number Information

Product serial number

FIGURE 2 The SerialNumberInformation Screen

BIOS Main Screens

Sun Blade X6275 M2 ServerModule Service Manual • March,201398

Serial Number Information

Chassis serial number

Board serial number

Advanced Screens

Note – The term BMC that might be displayed on some screens refers to the SP (service

processor).

The Advanced screen provides access to the following conguration submenu screens:

■

CPU Conguration (see Figure 4.)

■

On-board SATA conguration (see Figure 5.)

■

Event Log Conguration (see Figure 8.)

■

I/O Virtualization (see Figure 9.)

FIGURE 3 The Advanced Menu Screen

Advanced Screens

■

IPMI Conguration (see Figure 10.)

■

Intel VT-d Conguration (see Figure 14.)

■

MPS Conguration (see Figure 15.)

■

Remote Access Conguration (see Figure 16.)

■

Trusted Computing (see Figure 17.)

■

USB Conguration (see Figure 18.)

The Congure advanced CPU settings is an Advanced submenu screen. The following table shows the read-only CPU-related information in the CPU Conguration screen.

CPU Conguration Read-Only Information

CPU manufacturer

CPU model and speed

FIGURE 4 The Advanced CPU Conguration Screen

Advanced Screens

Sun Blade X6275 M2 ServerModule Service Manual • March,2013100

Sun Microsystems Blade X6275 M2 Service Manual

Specifications and Main Features

Frequently Asked Questions

User Manual