The information presented in this manual has been reviewed and validated for accuracy. The
included set of instructions and descriptions are accurate for the
PORTÉGÉ R700 Series at the
time of this manual's production. However, succeeding computers and manuals are subject
to change without notice. Therefore, Toshiba assumes no liability for damages incurred
directly or indirectly from errors, omissions, or discrepancies between any succeeding
product and this manual.
Trademarks
IBM is a registered trademark and IBM PC is a trademark of International Business
Machines Corporation.
Intel, Intel SpeedStep, Intel Core, Celeron and Centrino are trademarks or registered
trademarks of Intel Corporation.
Windows, Microsoft and Windows Vista are either registered trademarks or trademarks of
Microsoft Corporation.
Bluetooth is a trademark owned by its proprietor and used by TOSHIBA under license.
InterVideo and WinDVD are registered trademarks of InterVideo Inc.
Photo CD is a trademark of Eastman Kodak.
i.LINK is trademark and registered trademark of Sony Corporation.
Other trademarks and registered trademarks not listed above may be used in this manual.
ii PORTÉGÉ R700 Series Maintenance Manual (960-813)) [CONFIDENTIAL]
Page 3
Preface
This maintenance manual describes how to perform hardware service maintenance for the
Toshiba Personal Computer PORTÉGÉ R700 Series
The procedures described in this manual are intended to help service technicians isolate
faulty Field Replaceable Units (FRUs) and replace them in the field.
SAFETY PRECAUTIONS
Four types of messages are used in this manual to bring important information to your
attention. Each of these messages will be italicized and identified as shown below.
DANGER: “Danger” indicates the existence of a hazard that could result in death or
serious bodily injury, if the safety instruction is not observed.
WARNING: “Warning” indicates the existence of a hazard that could result in bodily
injury, if the safety instruction is not observed.
CAUTION: “Caution” indicates the existence of a hazard that could result in property
damage, if the safety instruction is not observed.
NOTE: “Note” contains general information that relates to your safe maintenance
service.
Improper repair of the computer may result in safety hazards. Toshiba requires service
technicians and authorized dealers or service providers to ensure the following safety
precautions are adhered to strictly.
Be sure to fasten screws securely with the right screwdriver. If a screw is not fully
fastened, it could come loose, creating a danger of a short circuit, which could cause
overheating, smoke or fire.
If you replace the battery pack or RTC battery, be sure to use only the same model
battery or an equivalent battery recommended by Toshiba. Installation of the wrong
battery can cause the battery to explode.
PORTÉGÉ R700Series Maintenance Manual (960-813) [CONFIDENTIAL] iii
Page 4
The manual is divided into the following parts:
Chapter 1 Hardware Overview describes the Qosmio F60 Series system unit and
each FRU.
Chapter 2 Troubleshooting Procedures explains how to diagnose and resolve
FRU problems.
Chapter 3 Test and Diagnostics describes how to perform test and diagnostic
operations for maintenance service.
Chapter 4 Replacement Procedures describes the removal and replacement of the
iv PORTÉGÉ R700 Series Maintenance Manual (960-813)) [CONFIDENTIAL]
Page 5
Conventions
This manual uses the following formats to describe, identify, and highlight terms and
operating procedures.
Acronyms
On the first appearance and whenever necessary for clarification acronyms are enclosed in
parentheses following their definition. For example:
Read Only Memory (ROM)
Keys
Keys are used in the text to describe many operations. The key top symbol as it appears on
the keyboard is printed in boldface type.
Key operation
Some operations require you to simultaneously use two or more keys. We identify such
operations by the key top symbols separated by a plus (+) sign. For example, Ctrl + Pause (Break) means you must hold down Ctrl and at the same time press Pause (Break). If
three keys are used, hold down the first two and at the same time press the third.
User input
Text that you are instructed to type in is shown in the boldface type below:
DISKCOPY A: B:
The display
Text generated by the computer that appears on its display is presented in the type face
below:
Format complete
System transferred
PORTÉGÉ R700Series Maintenance Manual (960-813) [CONFIDENTIAL] v
Table 1-10 Time required for charges ................................................................................... 33
Table 1-11 Data preservation time......................................................................................... 34
Table 1-12 RTC battery charging/data preservation time ..................................................... 34
Table 1-13 AC adapter specifications.................................................................................... 35
1-4 [CONFIDENTIAL] PORTÉGÉ R700 Series Maintenance Manual (960-833)
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1 Hardware Overview
1.1 Features
The Toshiba PORTÉGÉ R700 Series Personal Computer uses extensive Large Scale
Integration (LSI), and Complementary Metal-Oxide Semiconductor (CMOS) technology
extensively to provide compact size, minimum weight, low power usage and high reliability.
This computer incorporates the following features.
There some models and options. Refer to the Parts List for the configuration of each model
and options.
Microprocessor
The Toshiba PORTÉGÉ R700 Series computer is equipped with an Intel® Processor.
The PC comes in with one of the following speeds:
Two DDR3-1066 SDRAM slots. Memory modules can be installed to provide a maximum
of 8GB. Memory modules are available in 1024MB, 2048MB and 4096MB sizes.
PORTÉGÉ R700 Series Maintenance Manual (960-833) [CONFIDENTIAL] 1-5
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1 Hardware Overview
Chipset
Toshiba PORTÉGÉ R700 Series computer is Equipped with Intel
Calpella Ibex peak-M
QM57 (AMT model) or HM55 (Non-AMT model).
VGA Controller
The PC comes in with one of the following types:
The internal graphics controller in Intel Processor (Core i*) is used..
HDD
The computer has a 2.5-inch SATA HDD. The following capacities are available.
160/320/500 GB
SSD
Some models are equipped with a "Solid State Drive (SSD)" instead of a hard disk drive.
2.5"SATA SSD type
256GB/512GB
1.8"SATA SSD type
128GB
USB FDD
A 3.5-inch USB FDD accommodates 2HD (1.44MB) or 2DD (720KB) disks.
Optical Drive
A DVD Super Multi drive (double layer) can be installed.
They are 7mm thickness or 9.5mm thickness by a model.
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1 Hardware Overview
Display
The PC comes in with one of the following types:
33.8cm (13.3”) LCD screen, 16 million colors, configured with the following resolution:
HD, 1366 horizontal x 768 vertical pixels
Interface
To external monitor via - RGB connector and mini display port
Keyboard
An-easy-to-use 85(US)/87(UK)-key keyboard provides a numeric keypad overlay for fast
numeric data entry or for cursor and page control. The keyboard also includes two keys
that have special functions in Microsoft® Windows® 7. It supports software that uses a
101- or 102-key enhanced keyboard.
Touch Pad
A Touch Pad and control buttons in the palm rest enable control of the on-screen pointer
and scrolling of windows.
Batteries
The computer has two batteries: a rechargeable Lithium-Ion main battery pack and RTC
battery (that backs up the Real Time Clock and CMOS memory.
Universal Serial Bus (USB2.0)
Two Universal Serial Bus ports, which comply to the USB 2.0 standard, are provided on
the right hand side of the computer.
eSATA/USB combo
One eSATA/USB combo port, which complies to the USB 2.0 standard, is provided on
the left hand side of the computer. This port has eSATA (External Serial ATA) function.
Some models are equipped with an eSATA/USB combo port.
A Charge power supply (When a computer is power-on or sleep).
PORTÉGÉ R700 Series Maintenance Manual (960-833) [CONFIDENTIAL] 1-7
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1 Hardware Overview
External monitor (RGB) port
This port provides 15-pin, analog VGA port. This port allows you to connect an external
monitor to the computer.
HDMI out port
HDMI out port can connect with Type A connector HDMI cable. HDMI cable can send
video and audio signals.
SD Media slot
This slot lets you insert an SD™/SDHC™ memory card, miniSD™/microSD™ Card,
and MultiMediaCard
ExpressCard slot(Some models)
This slot allows you to install a single ExpressCard device.
PC Card slot(Some models)
This slot allows you to install a single PC Card device.
Fingerprint sensor(Some models)
The computer is equipped with a fingerprint sensor and fingerprint authentication utility.
They enable only person who has registered his/her fingerprint to use the computer.
Sound system
The sound system is equipped with the following features:
Stereo speakers
Built-in microphone
Stereo headphone jack
External microphone jack
External Headphone jack
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1 Hardware Overview
Docking interface port
The docking interface port enables connection of an optional TOSHIBA Hi-Speed Port
Replicator. It provides additional features as follows:
RJ45 LAN jack
External monitor port
DC IN 19V jack
Security lock slot
Universal Serial Bus 2.0 port (four)
Universal Serial Bus 3.0 port (two)
Serial port
HDMI out port (some models are equipped with a HDMI out port)
Microphone jack
Line out (Headphones, Speakers)
Internal LAN
The computer has built-in support for Ethernet LAN (10 megabits per second, 10BASET), Fast Ethernet LAN (100 megabits per second, 100BASE-TX) and Gigabit Ethernet
LAN (1000 megabits per second, 1000BASE-T).
Wireless LAN
Some computers in this series are equipped with a Wireless LAN module that is
compatible with other LAN systems based on Direct Sequence Spread
Spectrum/Orthogonal Frequency Division Multiplexing radio technology that complies
with the IEEE 802.11 Standard.
Bluetooth
Some computers in this series have Bluetooth wireless communication function which
eliminates the need for cables between electronic devices such as computers, printers and
mobile phones. When it is enabled, Bluetooth provides the wireless personal area
network environment which is safe and trustworthy, that is quick and easy.
PORTÉGÉ R700 Series Maintenance Manual (960-833) [CONFIDENTIAL] 1-9
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1 Hardware Overview
Web Camera
Web Camera is a device that allows you to record video or take photographs with your
computer. You can use it for video chatting or video conferences using a communication
tool such as Windows Live Messenger. TOSHIBA Web Camera Application will help you
to add various video effects to your video or photograph.
3G:Not used
Some computers in this series are equipped with a 3G module.
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1 Hardware Overview
Figure 1-1 Front of the computer
PORTÉGÉ R700 Series Maintenance Manual (960-833) [CONFIDENTIAL] 1-11
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1 Hardware Overview
The system unit configuration is shown in figure 1-2
Figure 1-2 System unit configurations
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1 Hardware Overview
1.2 System Unit Block Diagram
Figure 1-3 is a block diagram of the system unit.
Figure 1-3 System unit block diagram
PORTÉGÉ R700 Series Maintenance Manual (960-833) [CONFIDENTIAL] 1-13
Page 24
1 Hardware Overview
The system unit is composed of the following major components:
Microprocessor
The Toshiba PORTÉGÉ R700 Series computer is equipped with an Intel® Processor.
The PC comes in with one of the following speeds:
Intel® Arrandale Processor (Arrandale SV BGA)
Core Frequency System Bus
Frequency
2.66GHz
1066MHz 4MB 3.33GHz 2/4
L2 Cache
Size
Turbo Cores/Thread
s
Core i7-620M
2.40GHz
1066MHz 3MB 2.93GHz 2/4
Core i5-520M
2.40GHz
1066MHz 3MB 2.60GHz 2/4
Core i5-450M
2.26GHz
1066MHz 3MB
×
2/4
Core i3-350M
Memory
Two DDR3-1066 SDRAM slots. Memory modules can be installed to provide a maximum
of 8GB. Memory modules are available in 1024MB, 2048MB and 4096MB sizes.
- 204-pin slot
- DDR3-1066 support
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1 Hardware Overview
Chipset
Toshiba PORTÉGÉ R700 Series computer is Equipped with Intel
QM57 (AMT model) or HM55 (Non-AMT model).
Names Feature
QM57 HM55
PCI Express* 2.0 Ports
USB 2.0 Ports
SATA Ports
HDMI/DVI/VGA/SDVO/DisplayPort
LVDS
Graphics Support with PAVP 1.5
Intel® Quiet System Technology
Intel® Rapid
Storage
Technology
Intel® ME Ignition FW only
Intel® AT
Intel® Active Managment Technology
(Intel AMT) 6.0
Intel® Remote PC Assist Technology for
Business
Intel® Remote PC Assist Technology for
Consumer
Intel® Remote Wake Technology
AHCI
Raid 0/1/5/10 Support
8 6
14 12
6 4
Yes Yes
Yes Yes
Yes Yes
No No
Yes Yes
Yes No
No No
Yes Yes
Yes No
Yes No
No No
No No
Calpella Ibex peak-M
- 1071-ball 25x27mm FCBGA Package
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Page 26
1 Hardware Overview
VGA Controller
The PC comes in with one of the following types:
The internal graphics controller in Intel Processor (Core i*) is used..
LAN Controller
This controller has the following functions:
Support only a Gigabit Ethernet.
RJ45x1 port (with LED), docking connector (branch) 1 port.
WOL support (from S3, S4, and S5)
LAN controller
Made in Intel Hanksville (WG82577 LC/LM (AMT)): PCI-Ex Connection
AMT6.0 support (BTO correspondence)
1-16 [CONFIDENTIAL] PORTÉGÉ R700 Series Maintenance Manual (960-833)
PCH built-in HD Audio Link (Intel High Definition Audio I/F)+RealTek ALC268
Amplifier: Matsushita AN12947AA
Built-in microphone :(BTO correspondence by Camera and a set)
Built-in speaker: Stereo
External monophonic microphone input plug
Stereo headphone jack
Digital volume (button type)
VoIP support
Camera
It is BTO correspondence by the built-in microphone and a set.
Connection interface: USB I/F connection
Product made from Chicony.
Resolution :VGA
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1 Hardware Overview
Other chips
Clock generator: ICS9LVRS394CKLFT(Made by Integrated Device Technology)
EC/KBC: MEC1609-PZP(REVISION.D) (Made by standard micro system)
GPIO Expander: ECE1088-DZK (Made by standard micro system)
PSC: TMP86FS49BUG (made by Toshiba)
TPM: SLB9635 TT 1.2 (made by Infineon)
Sensor
Temperature reset IC :85-degree-C type
Thermistor: Three places (CPU, Memory, for normal temperature measurement)
Magneto metric sensor :
Use it as a LCD opening-and-closing sensor (ferrite magneto system).
Acceleration sensor : Made by ST Microelectronics
TSH35TR (Three axes)
HDD protection
Fingerprint sensor : Made by Authen Tec.
It mounts between the Touchpad buttons.
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1 Hardware Overview
1.3 3.5-inch Floppy Disk Drive (USB External)
The 3.5-inch FDD is a thin, high-performance reliable drive that supports 720KB (formatted)
2DD and 1.44MB (formatted) 2HD disks.
The FDD is shown in figure 1-4. The specifications for the FDD are listed in Table 1-1.
Figure 1-4 3.5-inch FDD (USB External)
Table 1-1 3.5-inch FDD specifications
TEAC FD-05PUB-337
Items
720KB mode 1.44MB mode
FDD part 250K bits/second 500K bits/second Data transfer rate
USB Full speed mode (12M bits/second)
Disk rotation speed 300rpm
Track density 5.3 track/mm (135TPI)
(G8AC0000B320)
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1 Hardware Overview
1.4 HDD&SSD
1.4.1 2.5-inch SATA HDD
The removable SATA HDD is a random access non-volatile storage device. It has a nonremovable 2.5-inch magnetic disk and mini-Winchester type magnetic heads.
The computer supports a 160GB, 250GB, 320GB or 500GB.
The SATA HDD is shown in figure 1-5. Specifications are listed in Table 1-2.and Table 1-3.
(Gbit/sec)
Data buffer size (MB/s) 8
Positioning Time(read
and seek time)
Motor startup time (s) 3.5
464-1148 typ
3
Read: 12ms
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1 Hardware Overview
1.4.2 SATA SSD
Some models are equipped with a "Solid State Drive (SSD)" instead of a hard disk drive.
The computer supports a 128GB, 256GB and 512GB.
The specifications of SSD are listed by the table 1-4.
Table 1-4 1.8-inch Solid State Drive (SSD) specifications
Items
Outline Width
(mm)
Dimensions Height
(mm)
Depth
(mm)
Weigh
t (g)
Storage size (formatted) 128GB 256GB 512GB
Data transfer speed
1.82 SDD SATA
G8BC00071100
53.60 100.0
3.0 9.5
70.6 69.85
15
Host Interface : Max 300MB/s
Sustained Data Read : Max 250MB/s
Sustained Data Write : Max 160MB/s
Specifications
TOSHIBA
2.5 SDD SATA
G8BC00070250
2.5 SDD SATA
G8BC00070510
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1 Hardware Overview
1.5 Optical Drive (ODD)
1.5.1 DVD-Super Multi Drive
The DVD Super Multi drive accommodates either 12 cm (4.72-inch) or 8 cm (3.15-inch) CDROM, DVD-ROM, CD-R, CD-RW, DVD-R, DVD+R, DVD-RW, DVD+RW, DVD-RAM,
DVD-R DL and DVD+R DL.
The specifications are listed in Table 1-5 and Table 1-6.
9.5mm SATA ODD
Table 1-5 DVD Super Multi drive (Double Layer) specifications
項目
Outline
dimensions
Data transfer speed
DVD-ROM read
CD-ROM read
Data transfer speed
DVD-R write
DVD-R DL write
DVD-RW write
DVD+R write
DVD+R DL write
Width (mm) 128 (excluding projections)
Height
(mm)
Depth (mm) 9.5 (excluding projections)
Mass (g)
PORTÉGÉ R700 Series Maintenance Manual (960-833) [CONFIDENTIAL] 1-25
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1 Hardware Overview
Access time (ms)
CD-ROM
DVD-ROM
220msec typ.
220msec typ.
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1 Hardware Overview
1.6 Keyboard
The keyboard is mounted 85(US)/87(UK) keys that consist of character key and control key,
and in conformity with JIS. The keyboard is connected to membrane connector on the system
board and controlled by the keyboard controller.
Figure 1-6 is a view of the keyboard.
See Appendix E about a layout of the keyboard.
Figure 1- 6 Keyboard
PORTÉGÉ R700 Series Maintenance Manual (960-833) [CONFIDENTIAL] 1-27
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1 Hardware Overview
1.7 TFT Color Display
The TFT color display consists of 14.0-inch HD /HD+ LCD module.
1.7.1 LCD Module
The LCD module used for the TFT color display uses a backlight as the light source and can
display a maximum of 16M colors with 1,366 x 768 resolutions.
Figure 1-7 shows a view of the LCD module and Table 1-7 lists the specifications.
Figure 1- 7 LCD module
Table 1-7 LCD module specifications
Specifications
TMD
Item
Number of Dots 1,366 (W) x 768 (H)
Do t p i t c h (mm) 0.2148(H)x0.2148(V)
Active area (mm)
Outline (mm) 302.06(W) x 188.77(H) x 2.06/2.4(D)
13.3 HD 200 LDLW Altair
G33C00064110G33C00065110 G33C00066110
294.9(H)x166.4(V) (13.3”diagonal)
13.3 HD 200 LDAltair
13.3 HD 200 CSV
LD-Altair
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1 Hardware Overview
1.8 Power Supply
The power supply supplies many different voltages to the system board and performs the
following functions:
1. Judges that the DC power supply (AC adapter) is connected to the computer.
2. Detects DC output and circuit malfunctions.
3. Controls the battery icon, and DC IN icon.
4. Turns the battery charging system on and off and detects a fully charged battery.
5. Turns the power supply on and off.
6. Provides more accurate detection of a low battery.
7. Calculates the remaining battery capacity.
8. Controls the transmission of the status signal of the main battery.
The power supply output rating is specified in Table 1-8
PORTÉGÉ R700 Series Maintenance Manual (960-833) [CONFIDENTIAL] 1-29
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1 Hardware Overview
Table 1-8 Power supply output rating
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PORTÉGÉ R700 Series Maintenance Manual (960-833) [CONFIDENTIAL] 1-31
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1 Hardware Overview
1.9 Batteries
The computer has three types of batteries as follows:
Main battery pack
RTC battery
The battery specifications are listed in Table 1-9
Table 1-9 Battery specifications
Battery name Material Output
voltage
battery
Main
battery
RTC battery GDM710000058 NiMH 2.4 V 16 mAh
G71C000BE310
G71C000BE410
G71C000BE510
Lithium-Ion10.8 V
G71C000BF310
G71C000BF410
G71C000BF510
Capacity
(66Wh, 6 cell)
(93Wh, 9 cell)
1.9.1 Main Battery
The removable main battery pack is the computer’s main power source when the AC adaptor
is not attached. The main battery maintains the state of the computer when the computer
enters in sleep mode.
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1 Hardware Overview
1.9.2 Battery Charging Control
Battery charging is controlled by a power supply microprocessor. The microprocessor
controls whether the charge is on or off and detects a full charge when the AC adaptor and
battery are attached to the computer. The system charges the battery.
Battery Charge
When the AC adaptor is attached, there are two types of charge: When the system is powered
off and when the system is powered on. Table 1-10 lists the charging time required for
charges.
Table 1-10 Time required for charges
Battery type Power on (hours) Power off (hours)
Battery (66Wh, 6 cell) about 5.0 to 15.0 About 5.0
Battery (93Wh, 9 cell) about 5.0 to 21.5 About 5.0
NOTE: The time required when the system is powered on is affected by the amount of
power the system is consuming. Use of the fluorescent lamp and frequent disk
access diverts power and lengthens the charge time.
If any of the following occurs, the battery charge process stops.
1. The battery becomes fully charged.
2. The AC adaptor or battery is removed.
3. The battery or output voltage is abnormal.
PORTÉGÉ R700 Series Maintenance Manual (960-833) [CONFIDENTIAL] 1-33
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1 Hardware Overview
Data preservation time
When turning off the power in being charged fully, the preservation time is as
following Table 1-11.
Table 1-11 Data preservation time
Condition preservation time
Standby About 5 days Battery(66Wh, 6 cell)
Shutdown About 125 days Battery(66Wh, 6 cell)
Standby About 8 days (93Wh, 9 cell)
Shutdown About 185 days(93Wh, 9 cell)
1.9.3 RTC battery
The RTC battery provides power to keep the current date, time and other setup information
in memory while the computer is turned off. Table 1-12 lists the charging time and data
preservation period of the RTC battery.
Table 1-12 RTC battery charging/data preservation time
Status Time
Charging Time (power on) 24 hours
Data preservation period (full charge) 30 days
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1 Hardware Overview
1.10 AC Adapter
The AC adapter is also used to charge the battery.
Table 1-13 lists the AC adapter specifications.
Table 1-13 AC adapter specifications
Parameter Specification
G71C0009S110 (2-pin) G71C0009S111 (3-pin)
Power 65W
Input voltage 100V/240V
Input frequency 50Hz to 60Hz
Input current 1.5 A (100V-240V)
B Output voltage 19V
Output current 3.42A
PORTÉGÉ R700 Series Maintenance Manual (960-833) [CONFIDENTIAL] 1-35
Page 46
Troubleshooting Procedures
Chapter 2
Troubleshooting Procedures
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Page 47
Troubleshooting Procedures
2
2-2 PORTÉGÉ R700 Series Maintenance Manual (960-833) [CONFIDENTIAL]
Table 2-4 Debug port error status (1/2) pending.................................................................2-26
Table 2-5 FDD error code and status...................................................................................2-31
Table 2-6 2.5” Hard disk drive error code and status..........................................................2-37
PORTÉGÉ R700 Series Maintenance Manual (960-833) [CONFIDENTIAL] 2-5
Page 51
Troubleshooting Procedures
2.1 Troubleshooting
Chapter 2 describes how to determine which Field Replaceable Unit (FRU) in the computer is
causing the computer to malfunction. (The “FRU” means the replaceable unit in the field.)
The FRUs covered are:
1. Power supply 8. Optical Disk Drive 15. Fingerprint Sensor
2. System Board 9. LAN 16. Web camerta
3. USB FDD 10. Wireless LAN 17. 3G
4. HDD/SSD 11. Bluetooth 18. HDMI
5. Keyboard 12. Sound
6. Touch pad 13. SD Card slot
7. Display 14. PCI ExpressCard slot
The Test Program operations are described in Chapter 3. Detailed replacement procedures are
described in Chapter 4.
NOTE: Before replacing the system board, it is necessary to execute the subtest 03 DMI
Information save of the 3.4 Setting of the hardware configuration in Chapter 3.
After replacing the system board, it is necessary to execute the subtest 04 DMI
Information recovery and subtest 08 System configuration display of the 3.4
Setting of the hardware configuration in Chapter 3. Also update with the latest
EC/KBC as described in Appendix H “EC/KBC Rewrite Procedures”.
After replacing the LCD, update with the latest EC/KBC as described in Appendix
H “EC/KBC Rewrite Procedures” to set the SVP parameter.
The implement for the Diagnostics procedures is referred to Chapter 3. Also, following
implements are necessary:
Toshiba MS-DOS system FD
RS-232C cross cable
Test board with debug port test cable
PC for displaying debug port test result
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Troubleshooting Procedures
There are following two types of connections in the figure of board and module connection in
and after 2.3 Power Supply Troubleshooting.
(1) Cable connection is described in the figure as line.
(2) Pin connection is described in the figure as arrow.
<e.g> Connection of modem
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Troubleshooting Procedures
2.2 Troubleshooting Flowchart
Use the flowchart in Figure 2-1 as a guide for determining which troubleshooting procedures
to execute. Before going through the flowchart steps, verify the following:
Ask him or her to enter the password if a password is registered.
Verify with the customer that Toshiba Windows is installed on the hard disk. Non-
Windows operating systems can cause the computer to malfunction.
Make sure all optional equipment is removed from the computer.
2-8 PORTÉGÉ R700 Series Maintenance Manual (960-833) [CONFIDENTIAL]
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Troubleshooting Procedures
Figure 2-1 Troubleshooting flowchart (1/2)
PORTÉGÉ R700 Series Maintenance Manual (960-833) [CONFIDENTIAL] 2-9
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Troubleshooting Procedures
Figure 2-1 Troubleshooting flowchart (2/2)
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Troubleshooting Procedures
If the diagnostics program cannot detect an error, the problem may be intermittent. The Test
program should be executed several times to isolate the problem. Check the Log Utilities
function to confirm which diagnostic test detected an error(s), then perform the appropriate
troubleshooting procedures as follows:
1. If an error is detected on the system test, memory test, display test, CD-ROM/DVD-
ROM test, expansion test, real timer test, sound test or Modem/LAN/Bluetooth
/IEEE1394 test, perform the System Board Troubleshooting Procedures in Section 2.4.
2. If an error is detected on the floppy disk test, perform the USB FDD Troubleshooting
Procedures in Section 2.5.
3. If an error is detected on the hard disk test, perform the HDD/SSD Troubleshooting
Procedures in Section 2.6.
4. If an error is found on the keyboard test (DIAGNOSTICS TEST) and pressed key
display test (ONLY ONE TEST), perform the Keyboard Troubleshooting Procedures
in Section 2.7.
5. If an error is found on the touch pad test (ONLY ONE TEST), perform the touch pad
Troubleshooting Procedures in Section 2.8.
6. If an error is detected on the display test, perform the Display Troubleshooting
Procedures in Section 2.9.
7. If an error is detected on the CD-ROM/DVD-ROM test, perform the Optical Disk
Drive Troubleshooting Procedures in Section 2.10.
8. If an error is detected on the LAN test, perform the LAN Troubleshooting Procedures
in Section 2.11.
9. If an error is detected on the wireless LAN test, perform the Wireless LAN
Troubleshooting Procedures in Section 2.12.
10. If an error is detected on the Bluetooth test, perform the Bluetooth Troubleshooting
Procedures in Section 2.13.
11. If an error is detected on the sound test, perform the Sound Troubleshooting
Procedures in Section 2.14.
12. If an error is detected on the sound test, perform the SD Card Troubleshooting
Procedures in Section 2.15.
13. If a malfunction is detected on the PCI ExpressCard, perform the PCI ExpressCard
Troubleshooting Procedures in Section 2.16.
14. If a malfunction is detected on the fingerprint sensor, perform the Fingerprint Sensor
Troubleshooting Procedures in Section 2.17.
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15. If a malfunction is detected on the Web camera, perform the Web camera
Troubleshooting Procedures in Section 2.18
16. If a malfunction is detected on the 3G, perform the 3G Troubleshooting Procedures in
Section 2.19
17. If a malfunction is detected on the HDMI, perform the HDMI Troubleshooting
Procedures in Section 2.20
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2.3 Power Supply Troubleshooting
The power supply controller controls many functions and components. To determine if the
power supply is functioning properly, start with Procedure 1 and continue with the other
Procedures as instructed. The procedures described in this section are:
The following icons indicate the power supply status:
Battery icon
DC IN icon
The power supply controller displays the power supply status with the Battery icon and the
DC IN icon as listed in the tables below.
Table 2-1 Battery icon
Battery icon Power supply status
Lights orange Battery is charged and the external DC is input. It has no
relation with ON/OFF of the system power.
Lights blue Battery is fully charged and the external DC is input. It has
no relation with ON/OFF of the system power.
Blinks orange
(even intervals)
Blinks orange once
(at being switched on)
Doesn’t light Any condition other than those above.
The battery level is low while the system power is ON.
The system is driven by only a battery and the battery level
is low.
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Table 2-2 DC IN icon
DC IN icon Power supply status
Lights blue DC power is being supplied from the AC adapter.
Blinks orange Power supply malfunction*1
Doesn’t light Any condition other than those above.
*1 When the power supply controller detects a malfunction, the DC IN icon blinks
orange. It shows an error code.
When the icon is blinking, perform the following procedure.
1. Remove the battery pack and the AC adapter.
2. Re-attach the battery pack and the AC adapter.
If the icon is still blinking after the operation above, check the followings:
Check 1 If the DC IN icon blinks orange, go to Procedure 2.
Check 2 If the DC IN icon does not light, go to Procedure 3.
Check 3 If the battery icon does not light orange or blue, go to Procedure 4.
NOTE: Use a supplied AC adapter G71C000A5210 (2-pin)/ G71C000A6210 (3-pin).
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2.3.2 Procedure 2 Error Code Check
If the power supply microprocessor detects a malfunction, the DC IN icon blinks orange. The
blink pattern indicates an error as shown below.
Start Off for 2 seconds
Error code (8 bit)
“1” On for one second
“0” On for half second
Interval between data bits Off for half second
The error code begins with the least significant digit.
Example: Error code 11h (Error codes are given in hexadecimal format.)
Start
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Check 1 Convert the DC IN icon blink pattern into the hexadecimal error code and compare
it to the tables below. Then go to Check 2.
Table 2-3 Error code
Error code Where error occurs
1*h DC Power (AC Adapter)
2*h Main battery
3:h 2nd battery
4*h S3V output
5*h E5V output
6*h E3V output
7*h 1R5-B1V output
8*h 1R05-P1V output
9*h PPV output
A*h
B*h PTV output
C*h
D*h SURS-PPV output
E*h
F*h -
1R5-PGV output(10G)
1R05-P1V output(10)
PGV output(10G)
IGD-PGV output(10)
1R5-PGV output(10G)
1R05-P1V output(10)
DC power supply (AC adapter)
Error code Meaning
10h AC Adapter output voltage is over 20.92V.
11h Common Dock output voltage is over 20.92V...
12h Current from the DC power supply is over 5.50A.
13h Current from the DC power supply is over 0.5A when there is no load.
14h The compensation value of [0A] is not within the limits from design data (±
481mA).
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Main Battery
Error code Meaning
22h Main battery discharge current is over 0.5A.
23h Main battery charge current is over 3.5A
24h The compensation value of [0A] is not within the limits from design data (±
400mA).
25h Main battery charge current is over 0.3A when the charging is off.
26h Unusual voltage occurred during Main battery charge.
2nd Battery
Error code Meaning
32h Second battery discharge current is over 0.5A.
33h Second battery charge current is over 3.5A.
34h The compensation value of [0A] is not within the limits from design data (±
400mA)
35h Second battery charge current is over 0.3A
36h Unusual voltage occurred during Second battery charge.
S3V output
Error code Meaning
40h S3V voltage is over 3.47V.
45h S3Vvoltage is under 3.14V.
46h S3V voltage is under 3.14V or less when the computer is booting up.
E5V output
Error code Meaning
50h E5V voltage is over 6.00V.
51h E5V voltage is under 4.50V when the computer is powered on.
52h E5V voltage is under 4.50V when the computer is booting up.
54h E5V voltage is under 4.50V when EV power is maintained.
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E3V output
Error code Meaning
60h E3V voltage is over 3.96V.
61h E3V voltage is under 2.81V when the computer is powered on.
62h E3V voltage is under 2.81V when the computer is booting up.
64h E3V voltage is under 2.81V when EV power is maintained.
IGD-PGV output
Error code Meaning
70h IGD-PGV voltage is over 1.80V.
71h IGD-PGV voltage is under 0V when the computer is powered on.
72h IGD-PGV voltage is under 0V when the computer is booting up.
PTV output
Error code Meaning
80h PTV voltage is over 1.26V.
81h PTV voltage is under 0.89V when the computer is powered on.
82h PTV voltage is under 0.89V when the computer is booting up.
PPV output
Error code Meaning
90h PPV voltage is over 1.68V.
91h PPV voltage is under 0.00V when the computer is powered on.
92h PPV voltage is under 0.55V when the computer is booting up.
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PTV output :Not used
Error code Meaning
A0h PTV voltage is over 1.26V.
A1h PTV voltage is under 0.89V when the computer is powered on.
A2h PTV voltage is under 0.89V when the computer is booting up.
1R5-B1V output
Error code Meaning
B0h 1R5-B1V voltage is over 1.80V.
B1h 1R5-B1V voltage is under 0V when the computer is powered on.
B2h 1R5-B1V voltage is under 0V when the computer is booting up.
B3h 1R5-B1V power supply showed the normal range at the time of BV power supply
stop.
1R05-E1V output
Error code Meaning
C0h 1R05-E1V voltage is over 1.26V.
C1h 1R05-E1V voltage is under 0.89V when the computer is powered on.
C2h 1R05-E1V voltage is under 0.89V when the computer is booting up.
C4h 1R05-E1V voltage is under 0.89V when EV power is maintained.
PPV output
Error code Meaning
D0h
D1h
D2h
PPV voltage is over 1.68V.
PPV voltage is under 0.00V when the computer is powered on.
PPV voltage is under 0.55V when the computer is booting up.
Miscellaneous
Error code Meaning
F0h The sub clock does not oscillate.
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Check 2 In the case of error code 10h or 12h:
Make sure the AC adapter and AC power cord are firmly plugged into the DC
IN 19 V socket and wall outlet. If the cables are connected firmly, go to the
following step.
Connect a new AC adapter and AC power cord. If the problem still occurs, go
to Procedure 5.
Check 3 In the case of error code 21h:
Go to Procedure 3.
Check 4 For any other errors, go to Procedure 5.
2.3.3 Procedure 3 Connection Check
The wiring diagram related to the power supply is shown below:
Any of the connectors may be disconnected. Perform Check 1.
Check 1 Make sure the AC adapter and the AC power cord are firmly plugged into the DC
IN jack and wall outlet. If these cables are connected firmly, go to Check 2.
Check 2 Replace the AC adapter and the AC power cord with new ones.
If the DC IN icon does not light, go to Procedure 5.
If the battery icon does not light, go to Check 3.
Check 3 Make sure the battery pack is installed in the computer correctly. If the battery is
properly installed and the battery icon still does not light, go to Procedure 4.
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2.3.4 Procedure 4 Charging Check
Check if the power supply controller charges the battery pack properly. Perform the following
procedures:
Check 1 Make sure the AC adapter is firmly plugged into the DC IN jack.
Check 2 Make sure the battery pack is properly installed. If it is properly installed, go to
Check 3.
Check 3 The battery pack may be completely discharged. Wait a few minutes to charge the
battery pack while connecting the battery pack and the AC adapter. If the battery
pack is still not charged, go to Check 4.
Check 4 The battery’s temperature is too high or low. Leave the battery for a while to adjust
it in the right temperature. If the battery pack is still not charged, go to Check 5.
Check 5 Replace the battery pack with a new one. If the battery pack is still not charged, go
to Procedure 5.
2.3.5 Procedure 5 Replacement Check
The power is supplied to the system board by the AC adapter. If either the AC adapter or the
system board was damaged, perform the following Checks.
To disassemble the computer, follow the steps described in Chapter 4, Replacement Procedures.
When AC adapter is connected:
Check 1 AC adapter may be faulty. Replace the AC adapter with a new one. If the problem
still occurs, perform Check 2.
Check 2 System board may be faulty. Replace the system board with a new one.
When AC adapter is not connected:
(When driving with battery pack)
Check 1 Battery pack may be faulty. Replace it with a new one. If the problem still occurs,
perform Check 2.
Check 2 System board may be faulty. Replace it with a new one.
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2.4 System Board Troubleshooting
This section describes how to determine if the system board is malfunctioning or not. Start
with Procedure 1 and continue with the other procedures as instructed. The procedures
described in this section are:
Procedure 1: Message Check
Procedure 2: Debugging Port Check
Procedure 3: Diagnostic Test Program Execution Check
Procedure 4: Replacement Check
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2.4.1 Procedure 1 Message Check
When the power is turned on, the system performs the Initial Reliability Test (IRT) installed
in the BIOS ROM. The IRT tests each IC on the system board and initializes it.
If an error message is shown on the display, perform Check 1.
If there is no error message, go to Procedure 2.
If MS-DOS or Windows OS is properly loaded, go to Procedure 4.
Check 1 If one of the following error messages is displayed on the screen, press the F1 key
as the message instructs. These errors occur when the system configuration
preserved in the RTC memory (CMOS type memory) is not the same as the actual
configuration or when the data is lost.
If you press the F1 key as the message instructs, the SETUP screen appears to set
the system configuration. If error message (b) appears often when the power is
turned on, replace the RTC battery. If any other error message is displayed,
perform Check 2.
(a) *** Bad HDD type ***
Check system. Then press [F1] key ......
(b) *** Bad RTC battery ***
Check system. Then press [F1] key ......
(c) *** Bad configuration ***
Check system. Then press [F1] key ......
(d) *** Bad memory size ***
Check system. Then press [F1] key ......
(e) *** Bad time function ***
Check system. Then press [F1] key ......
(f) *** Bad check sum (CMOS) ***
Check system. Then press [F1] key ......
(g) *** Bad check sum (ROM) ***
Check system. Then press [F1] key ......
Check 2 If the following error message is displayed on the screen, press any key as the
message instructs.
The following error message appears when data stored in RAM under the resume
function is lost because the battery has become discharged or the system board is
damaged. Go to Procedure 3.
WARNING: RESUME FAILURE.
PRESS ANY KEY TO CONTINUE.
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If any other error message displays, perform Check 3.
Check 3 The IRT checks the system board. When the IRT detects an error, the system stops
or an error message appears.
If one of the following error messages (1) through (17), (23) or (24) is displayed,
go to Procedure 4.
If error message (18) is displayed, go to the Keyboard Troubleshooting Procedures.
If error message (19), (20) or (21) is displayed, go to the HDD Troubleshooting
Procedures.
If error message (22) is displayed, go to the USB FDD Troubleshooting Procedures.
Device Lock main
processing start
Device Lock device
processing start
End of Device Lock main
processing
Thermal control
initialization
Digital thermal sensor
initialization
End for IRT of a module
load
Interrupt vector table
initialization
End of option ROM
execution
Determination of a boot
device
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2.4.3 Procedure 3 Diagnostic Test Program Execution Check
Execute the following tests from the Diagnostic Test Menu. These tests check the system
board. Refer to Chapter 3, Tests and Diagnostic, for more information on how to perform
these tests.
1. System test
2. Memory test
3. Keyboard test
4. Display test
5. Floppy Disk test
6. Printer test [It is not supported]
7. Async test
8. Hard Disk test
9. Real Timer test
10. NDP test
11. Expansion test
12. CD-ROM/DVD-ROM test
13. Only One test
14. Wireless LAN test
15. LAN/Modem/Bluetooth/IEEE1394 test
16. Sound test
If an error is detected during these tests, go to Procedure 4.
2.4.4 Procedure 4 Replacement Check
System board may be faulty. Disassemble the computer following the steps described in
Chapter 4, Replacement Procedures and replace system board with a new one.
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2.5 USB FDD Troubleshooting
To check if the USB FDD is malfunctioning or not, follow the troubleshooting procedures
below as instructed.
Procedure 1: FDD Head Cleaning Check
Procedure 2: Diagnostic Test Program Execution Check
Procedure 3: Connector Check and Replacement Check
2.5.1 Procedure 1 FDD Head Cleaning Check
FDD head cleaning is one option available in the Diagnostic Program.
After connecting USB FDD, insert the Diagnostics Disk in the floppy disk drive. Turn on the
computer and run the test. And then clean the FDD heads using the cleaning kit. If the FDD
still does not function properly after cleaning, go to Procedure 2.
Detailed operation is given in Chapter 3, Tests and Diagnostics.
If the test program cannot be executed on the computer, go to Procedure 3.
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2.5.2 Procedure 2 Diagnostic Test Program Execution Check
Insert the Diagnostics Disk in the USB FDD, turn on the computer and run the test. Refer to
Chapter 3, Tests and Diagnostics, for more information about the diagnostics test procedures.
Make sure the floppy disk is formatted correctly and that the write protect tab is disabled.
Floppy disk drive test error codes and their status names are listed in Table 2-7. If any other
errors occur while executing the FDD diagnostics test, go to Check 1.
Table 2-5 FDD error code and status
Code Status
01h Bad command
02h Address mark not found
03h Write protected
04h Record not found
06h Media replaced
08h DMA overrun error
09h DMA boundary error
10h CRC error
20h FDC error
40h Seek error
60h FDD not drive
80h Time out error (Not ready)
EEh Write buffer error
FFh Data compare error
Check 1 If the following message is displayed, disable the write protect tab on the floppy
disk by sliding the write protect tab to “write enable”. If any other message appears,
perform Check 2.
Write protected
Check 2 Make sure the floppy disk is formatted correctly. If it is, go to Procedure 3.
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2.5.3 Procedure 3 Connector Check and Replacement Check
USB FDD is connected to USB port on Sound/ USB board or eSATA/HDMI/USB board. The
connection of the cable and board may be defective. Otherwise, they may be faulty.
Disassemble the computer following the steps described in Chapter 4, Replacement Procedures and perform the following checks.
USB FDD can be connected to the following 3 ports.
(Sound/ USB board 1 port and eSATA/HDMI/USB board. 2 port.)
Check 1 Make sure USB FDD is firmly connected to USB port. If the connection is loose,
connect firmly and repeat Procedure 2. If the problem still occurs, go to Check 2.
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NOTE: When checking the connection, be sure to check it with care for the followings.
1. Cable can not be disconnected from the connector.
2. Cable is connected straight to the connector.
3. Cable is connected all the way seated in the connector.
4. Cable or connector can not be broken.
Check 2 Connect USB FDD to other USB port and check if it works properly. If it does not
work properly, perform Check 3
Check 3 USB FDD may be faulty. Replace it with a new one. If the problem still occurs,
perform Check 4
Check 4 Sound/ USB board (and FPU) or eSATA/HDMI/USB board (and FPC) may be
damaged. Replace it with a new one following the instructions in Chapter 4,
Replacement Procedures and check the operation. If the problem still exists,
perform Check 5.
Check 5 System board may be faulty. Replace it with a new one following the steps in
Chapter 4, Replacement Procedures.
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2.6 HDD/SSD Troubleshooting
To check if the SATA HDD/SSD is malfunctioning or not, follow the troubleshooting
procedures below as instructed.
Procedure 1: Partition Check
Procedure 2: Message Check
Procedure 3: Format Check
Procedure 4: Diagnostic Test Program Execution Check
Procedure 5: Connector Check and Replacement Check
CAUTION: The contents of the hard disk will be erased when the 2.5”HDD
troubleshooting procedures are executed. Transfer the contents of the hard
disk to floppy disks or other storage drive(s). For the backup, refer to the
User’s Manual.
2.6.1 Procedure 1 Partition Check
Insert the Toshiba DOS system disk and start the computer. Perform the following checks:
Check 1 Input C: and press Enter. If you cannot change to drive C, go to Check 2. If you
can change to drive C, go to Procedure 2.
Check 2 Input FDISK and press Enter. Choose Display Partition Information from the
FDISK menu. If drive C is listed in the Display Partition Information, go to Check
3. If drive C is not listed, return to the FDISK menu and choose the option to
create a DOS partition or a logical DOS drive on drive C. If the problem still
occurs, go to Procedure 2.
Check 3 If drive C is listed as active in the FDISK menu, go to Check 4. If drive C is not
listed as active, return to the FDISK menu and choose the option to set the active
partition for drive C. Then go to Procedure 2.
Check 4 Remove the system disk from the FDD and reboot the computer. If the problem
still occurs, go to Procedure 2. Otherwise, the 2.5” HDD is operating normally.
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2.6.2 Procedure 2 Message Check
When the power is turned on, the system performs the Initial Reliability Test (IRT) installed
in the BIOS ROM. When the test detects an error, an error message is displayed on the screen.
Make sure no floppy disk is in the FDD. Turn on the computer and check the message on the
screen. When an OS starts from the 2.5” HDD, go to Procedure 3. Otherwise, start with Check
1 below and perform the other checks as instructed.
Check 1 If any of the following messages appear, go to Procedure 3. If the following
messages do not appear, perform Check 2.
HDC ERROR
or
HDD #X ERROR(After 5 seconds this message will disappear.)
Check 2 If either of the following messages appears, go to Check 3. If the following
messages do not appear, perform Check 4.
Insert system disk in drive
Press any key when ready .....
or
Non-System disk or disk error
Replace and press any key when ready
Check 3 Using the SYS command of the DOS, transfer the system to the 2.5” HDD. If the
system is not transferred, go to Procedure 3. Refer to the DOS Manual for detailed
operation.
If the following message appears on the display, the system program has been
transferred to the HDD.
System Transferred
If an error message appears on the display, perform Check 4.
Check 4 2.5” HDD(s) and the connector(s) of system board may be defective (Refer to the
steps described in Chapter 4, Replacement Procedures for disassembling.). Insert
HDD(s) to the connector(s) firmly. If it is (or they are) firmly connected, go to
Procedure 3.
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2.6.3 Procedure 3 Format Check
The computer’s HDD is formatted using the DOS FORMAT program or the physical format
program of the test program. To format the HDD, start with Check 1 below and perform the
other steps as required.
Refer to the DOS Manual for the operation of DOS. For the format by the test program, refer
to the Chapter 3.
Check 1 Format the 2.5” HDD using DOS FORMAT command. Type as FORMAT C:
/S/U.
If the 2.5” HDD can not be formatted, perform Check 2.
Check 2 Using the DOS FDISK command, set the 2.5” HDD partition. If the partition is not
set, go to Check 3. If it is set, format the 2.5” HDD using MS-DOS FORMAT
command.
Check 3 Using the Diagnostic Disk, format the 2.5” HDD with a format option (physical
format). If HDD is formatted, set the 2.5” HDD partition using DOS FDISK
command.
If you cannot format the 2.5” HDD using the Tests and Diagnostic program, go to
Procedure 4.
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2.6.4 Procedure 4 Diagnostic Test Program Execution Check
The HDD test program is stored in the Diagnostics Disk. Perform all of the HDD tests in the
Hard Disk Drive Test. Refer to Chapter 3, Tests and Diagnostics, for more information about
the HDD test program.
If an error is detected during the HDD test, an error code and status will be displayed. The
error codes and statuses are described in Table 2-8. If an error code is not displayed but the
problem still occurs, go to Procedure 5.
Table 2-6 2.5” Hard disk drive error code and status
Code Status
05 HDD - HDC NOT RESET ERROR
07 HDD - DRIVE NOT INITIALIZE
09 HDD - DMA BOUNDARY ERROR
0B HDD - BAD TRACK ERROR
BB HDD - UNDEFINED ERROR
08 HDD - OVERRUN ERROR (DRQ ON)
01 HDD - BAD COMMAND ERROR
02 HDD - ADDRESS MARK NOT FOUND
04 HDD - RECORD NOT FOUND ERROR
10 HDD - ECC ERROR
20 HDD - HDC ERROR
40 HDD - SEEK ERROR
80 HDD - TIME OUT ERROR
11 HDD - ECC RECOVER ENABLE
AA HDD - DRIVE NOT READY
CC HDD - WRITE FAULT
E0 HDD - STATUS ERROR
0A HDD - BAD SECTOR
EE HDD - ACCESS TIME ERROR
DA HDD - NO HDD
12 HDD - DMA CRC ERROR
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2.6.5 Procedure 5 Connector Check and Replacement Check
The SATA HDD/SSD may be disconnected, or the SATA HDD/SSD or system board may be
damaged. Disassemble the computer following the steps described in Chapter 4, Replacement Procedures and perform the following checks:
Check 1 Make sure the SATA HDD/SSD is firmly connected to CN1900 on the system
board.
If any of the connections are loose, reconnect firmly and repeat Procedure 1. If
there is still an error, go to Check 2.
Check 2 The SATA HDD/SSD or the FPC may be damaged. Replace it with a new one
following the instructions in Chapter 4, Replacement Procedures and check the
operation. If the problem still exists, perform Check 3.
Check 3 System board may be faulty. Replace it with a new one following the instructions
in Chapter 4, Replacement Procedures
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2.7 Keyboard Troubleshooting
To check if the computer’s keyboard is malfunctioning or not, follow the troubleshooting
procedures below as instructed.
Procedure 1: Diagnostic Test Program Execution Check
Procedure 2: Connector Check and Replacement Check
2.7.1 Procedure 1 Diagnostic Test Program Execution Check
Execute the Keyboard Test (DIAGNOSTIC TEST) and Pressed key display test (ONLY ONE
TEST) in the Diagnostic Program. Refer to Chapter 3, Tests and Diagnostics, for more
information on how to perform the test program.
If an error occurs, go to Procedure 2. If an error does not occur, keyboard is functioning
properly.
2.7.2 Procedure 2 Connector Check and Replacement Check
The connection of cable and board may be defective. Otherwise, they may be faulty.
Disassemble the computer following the steps described in Chapter 4, Replacement Procedures, and perform the following checks:
Check 1 Make sure keyboard cable is firmly connected to system board.
If the connection is loose, reconnect firmly and repeat Procedure 1. If the problem
still occurs, go to Check 2.
Check 2 Keyboard may be faulty. Replace it with a new one following the instructions in
Chapter 4, Replacement Procedures. If the problem still occurs, perform Check 3.
Check 3 System board may be faulty. Replace it with a new one following the instructions
in Chapter 4, Replacement Procedures.
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2.8 Touch pad Troubleshooting
To check if the computer’s touch pad is malfunctioning or not, follow the troubleshooting
procedures below as instructed.
Procedure 1: Diagnostic Test Program Execution Check
Procedure 2: Connector Check and Replacement Check
2.8.1 Procedure 1 Diagnostic Test Program Execution Check
Execute the Touch pad test (ONLY ONE TEST) in the Diagnostic Program. Refer to Chapter
3, Tests and Diagnostics, for more information on how to perform the test program.
If an error occurs, go to Procedure 2. If an error does not occur, touch pad is functioning
properly.
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2.8.2 Procedure 2 Connector Check and Replacement Check
The connection of the cable and board may be defective. Otherwise, they may be faulty.
Disassemble the computer following the steps described in Chapter 4, Replacement Procedures, and perform the following checks:
Check 1 Make sure the cables are firmly connected to the button board and system board.
If the connection is loose, reconnect firmly and repeat Procedure 1. If the problem
still occurs, go to Check 2.
Check 2 Touch pod or the cable may be faulty. Replace it with a new one following the
instructions in Chapter 4, Replacement Procedures. If the problem still occurs,
perform Check 3.
Check 3 Touch Pad/LED board or the FPC may be faulty. Replace it with a new one
following the instructions in Chapter 4, Replacement Procedures. If the problem
still occurs, perform Check 4.
Check 4 System board may be faulty. Replace it with a new one following the instructions
in Chapter 4, Replacement Procedures.
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2.9 Display Troubleshooting
This section describes how to determine if the computer’s display is functioning properly.
Start with Procedure 1 and continue with the other procedures as instructed.
Procedure 1: Diagnostic Test Program Execution Check
Procedure 2: Connector Check and Cable Check
Procedure 3: Replacement Check
Procedure 1 Diagnostic Test Program Execution Check
The Display Test program is stored on the computer’s Diagnostics disk. This program checks
the display controller on the system board. Insert the Diagnostics disk in the computer’s
floppy disk drive, turn on the computer and run the test. Refer to Chapter 3, Tests and Diagnostics for details. If an error is detected, go to Procedure 2.
Procedure 2 Connector Check and Cable Check
Check 1 Make sure the LCD cable is securely connected to CN5601 on the system board.
If the connection is loose, reconnect firmly and restart the computer. If there is still an error,
go to Procedure 3.
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Procedure 3 Replacement Check
The LCD module and system board are connected to display circuits. Any of these
components may be damaged. Refer to Chapter 4, Replacement Procedures.
Check 1 Replace the LCD cable with a new one following the instructions in Chapter 4,
Replacement Procedures and test the display again. If the problem still exists,
perform Check 2.
Check 2 Replace the LCD module with a new one following the instructions in Chapter 4,
Replacement Procedures and test the display again. If the problem still exists,
perform Check 3
Check 3 The display controller on the system board may be damaged. Replace the system
board with a new one following the instructions in Chapter 4, Replacement Procedures.
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Troubleshooting Procedures
2.10 Optical Disk Drive Troubleshooting
To check if optical disk drive is malfunctioning or not, follow the troubleshooting procedures
below as instructed.
Procedure 1: Diagnostic Test Program Execution Check
Procedure 2: Connector Check and Replacement Check
2.10.1 Procedure 1 Diagnostic Test Program Execution Check
Execute the CD-ROM/DVD-ROM Test in the Diagnostic Program. Refer to Chapter 3, Tests
and Diagnostics for more information on how to perform the test program.
Prepare the tools before the test.
If any error is detected by the test, go to Procedure 2.
2.10.2 Procedure 2 Connector Check and Replacement Check
The ODD may be disconnected, or the ODD or system board may be damaged. Disassemble
the computer following the steps described in Chapter 4, Replacement Procedures and
perform the following checks:
Check 1 Make sure the ODD is firmly connected to CN1950 on the system board.
If any of the connections are loose, reconnect firmly and repeat Procedure 1. If
there is still an error, go to Check 2.
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Check 2 The ODD(SATA or PAPA)or the FPC( FULOA* or FULOD*) may be
damaged. Replace it with a new one following the instructions in Chapter 4,
Replacement Procedures. If the problem still exists, perform Check 3.
Check 3 The SD/ODD board(FULSA*or FULSD*)or the FPC( FULYD*) may be
damaged. Replace it with a new one following the instructions in Chapter 4,
Replacement Procedures. If the problem still exists, perform Check 4
Check 4 System board may be faulty. Replace it with new one following the instructions in
Chapter 4, Replacement Procedure.
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Troubleshooting Procedures
2.11 LAN Troubleshooting
To check if the computer’s LAN is malfunctioning or not, follow the troubleshooting
procedures below as instructed.
Procedure 1: Diagnostic Test Program Execution Check
Procedure 2: Connector Check and Replacement Check
2.11.1 Procedure 1 Diagnostic Test Program Execution Check
Execute LAN test in the LAN/Modem/Bluettoth/IEEE1394 test program. Refer to Chapter 3,
Tests and Diagnostics for more information on how to perform the test program.
If any error is detected by the test, go to Procedure 2.
2.11.2 Procedure 2 Connector Check and Replacement Check
LAN cable is connected to system board. If LAN malfunctions, the connection of the cable
and board may be defective. Otherwise, they may be faulty.
Check 1 Make sure LAN cable is firmly connected to the LAN jack on the system board. If
the problem still occurs, perform Check 2.
Check 2 LAN cable may be faulty. Replace it with a new one. If the problem still occurs,
perform Check 3.
Check 3 System board may be faulty. Replace it with a new one following the instruction in
Chapter 4, Replacement Procedure.
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2.12 Wireless LAN Troubleshooting
To check if the computer’s Wireless LAN is malfunctioning or not, follow the troubleshooting
procedures below as instructed.
ke sure the wireless communication switch is set in the ON
position.
Check 1 Execute Wireless LAN test program to check the transmitting-receiving function
of wireless LAN. You will need a second computer that can communicate by
wireless LAN. Perform the test following the instructions described in Chapter 3,
Tests and Diagnostics.
If the computer passes the test, the function is correctly working. If the computer
does not pass the test, perform Procedure 2.
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2.12.2 Procedure 2 Antennas' Connection Check
The wireless LAN function-wiring diagram is shown below:
Any of the connections may be defective. Disassemble the computer following the steps
described in Chapter 4, Replacement Procedures, and perform the following checks:
Check 1 Make sure the wireless communication switch is “On”.
If the switch is “Off”, turn it “On”. If the problem still occurs, perform Check 2.
Check 2 Make sure wireless LAN card (PCI-E Mini-Card) is firmly connected to the
CN2600 on the system board. If the connection is loose, connect it firmly and
perform Procedure 1. If the problem still occurs, perform Check 3.
Check 3 Make sure that wireless LAN antenna cables (black and white) are firmly
connected to the connectors on Wireless LAN card. If wireless LAN antenna
cables are not connected properly, connect them firmly and perform Procedure 1.
If the problem still occurs, go to the procedure 3.
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2.12.3 Procedure 3 Replacement Check
Wireless LAN card, wireless LAN antenna or system board may be faulty. Refer to Chapter 4,
Replacement Procedures, for instructions on how to disassemble the computer and then
perform the following checks:
Check 1 Wireless LAN antenna may be faulty. Replace it with a new one following the
instructions in Chapter 4, Replacement Procedures. If the problem still occurs,
perform Check 2.
Check 2 Wireless LAN card may be faulty. Replace it with a new one following the
instructions in Chapter 4, Replacement Procedures. If the problem still occurs,
perform Check 3.
Check3 System board may be faulty. Replace it with a new one following the instructions
in Chapter 4, Replacement Procedures.
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Troubleshooting Procedures
2.13 Bluetooth Troubleshooting
To check if the Bluetooth is malfunctioning or not, follow the troubleshooting procedures
below as instructed.
Procedure 1: Diagnostic Test Program Execution Check
Procedure 2: Connection Check and Replacement Check
Procedure 1 Diagnostic Test Program Execution Check
Make sure the wireless switch on the left side of the computer is turned “On”. If it is not, slide
the switch toward the back of the computer to turn it on.
Check 1 Execute Bluetooth test program. Perform the test following the instructions
described in Chapter 3, Bluetooth Test Program. You will need a second computer
that can communicate by the Bluetooth.
If the computer passes the test, the function is correctly working. If the computer
does not pass the test, go to check 2.
Check 2 The Bluetooth module may be defective or damaged. Replace it with a new one.
Then perform the test program again.
If the computer still does not pass the test, go to Procedure 2.
Procedure 2 Connector Check and Replacement Check
The Bluetooth may be disconnected, or the Bluetooth module, Bluetooth cable or system
board may be damaged. Disassemble the computer following the steps described in Chapter 4,
Replacement Procedures and perform the following checks:
Check 1 Make sure the Bluetooth is firmly connected to CN4440 on the system board.
If any of the connections are loose, reconnect firmly and repeat Procedure 1. If
there is still an error, go to Check 2.
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Check 2 The Bluetooth module may be damaged. Replace it with a new one following the
instructions in Chapter 4, Replacement Procedures and check the operation. If the
problem still exists, perform Check 3.
Check 3 The Bluetooth cable may be damaged. Replace it with a new one following the
instructions in Chapter 4, Replacement Procedures. If the problem still exists,
perform Check 4.
Check 4 The system board may be damaged. Replace it with a new one following the
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Troubleshooting Procedures
2.14 Sound Troubleshooting
To check if the sound function is malfunctioning or not, follow the troubleshooting procedures
below as instructed.
Procedure 1: Diagnostic Test Program Execution Check
Procedure 2: Connector Check
Procedure 3: Replacement Check
2.14.1 Procedure 1 Diagnostic Test Program Execution Check
Execute the Sound test in Sound Test program disk. Refer to Chapter 3, Tests and Diagnostics
for more information on how to perform the test program.
If any error is detected by the test, go to Procedure 2.
2.14.2 Procedure 2 Connector Check
The connection of sound system is shown in the following figure.
As the connection may be defective, disassemble the computer and check each connection.
If the problem still occurs, go to Procedure 3.
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2.14.3 Procedure 3 Replacement Check
If headphone does not work properly, perform check 1.
If external microphone does not work properly, perform check 2.
If internal microphone does not work properly, perform check 3.
If Speaker Right does not work properly, perform check 5.
If Speaker Left does not work properly, perform check 6.
Check 1 Headphone may be faulty. Replace it with a new one following the steps in
Chapter 4, Replacement Procedures. If the problem still occurs, perform Check 7.
Check 2 External microphone may be faulty. Replace it with a new one following the steps
in Chapter 4, Replacement Procedures. If the problem still occurs, perform Check
7
Check 3 Internal microphone may be faulty. Replace it with a new one following the steps
in Chapter 4, Replacement Procedures. If the problem still occurs, perform Check
4
Check 4 The SD/ODD board (FULSA*or FULSD*) or the FPC (FULYD*) may be
damaged. Replace it with a new one following the instructions in Chapter 4,
Replacement Procedures. If the problem still exists, perform Check 8
Check 5 Speaker Right may be faulty. Replace it with a new one following the steps in
Chapter 4, Replacement Procedures. If the problem still occurs, perform Check7.
Check 6 Speaker Left r may be faulty. Replace it with a new one following the steps in
Chapter 4, Replacement Procedures. If the problem still occurs, perform Check 7
Check 7 Sound/USB board (FULSN*) or the FPC (FULYN*) may be faulty. Replace it
with a new one following the steps in Chapter 4, Replacement Procedures. If the
problem still occurs, perform Check 8
Check 8 System board may be faulty. Replace it with a new one following the instructions
in Chapter 4, Replacement Procedures.
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Troubleshooting Procedures
2.15 SD Card Slot Troubleshooting
This section describes how to determine if the computer's SD Card functions are functioning
properly. Perform the steps below starting with Procedure 1 and continuing with the other
procedures as required.
Procedure 1: Check on Windows OS
Procedure 2: Connector Check and Replacement Check
2.15.1 Procedure 1 Check on Windows OS
Insert a SD Card (SD memory card/Multimedia card) into the slot. Check if the installed
Windows recognizes automatically the SD Card and the data in the SD Card can be read.
If the card is not recognized or data are not red, go to Procedure 2.
2.15.2 Procedure 2 Connector Check and Replacement Check
The SD Card is connected to IS2130 on the SD/ODD board (FULSA*or FULSD*).
SD Card supports SD memory card/Multimedia card.
SD
SD
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As the connection may be defective, disassemble the computer and check each connection.
If the problem still occurs, go to Check 1.
Check 1 SD Card may be disconnected. Make sure the SD Card is firmly inserted to IS2130.
If not, insert it firmly. If the SD Card is still not functioning properly, perform
Check 2.
Check 2 SD Card may be faulty. Replace it with a new one following the step in Chapter 4
Replacement Procedures. If the problem continues, perform Check 3.
Check 3 The SD/ODD board(FULSA*or FULSD*)or the FPC( FULYD*) may be
damaged. Replace it with a new one following the instructions in Chapter 4,
Replacement Procedures. If the problem still exists, perform Check 4
Check 4 System board may be faulty. Replace it with a new one following the step in
Chapter 4 Replacement Procedures.
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