HP OmniBook 600C/CT
Familiarization Guide
This guide is for experienced HP Response Center
personnel, CEs, and reseller technicians. That is,
personnel that have already completed the HP Vectra
PC family training course, or equivalent, and have at
least six months of experience servicing the HP Vectra
PCs.
It is a self-paced training guide designed to train you to
install configure, and repair the OmniBook Notebook
PC. You can follow it without having any equipment
available.
Microsoft, MS, and MS-DOS are registered trademarks
and Windows is a trademark of Microsoft Corporation.
LapLink Remote Access is a trademark of Traveling
Software, Inc. System Soft is a registered trademark
and CardView, CardSoft, and CardID are trademarks
of SystemSoft Corporation.
Table of Contents
OmniBook Product Comparisons 3.00
OmniBook 600 Series: Product Features 7.00
Notebook Hardware Structure 20.00
Battery Module (End User Replaceable) 20.00
Keyboard (Hewlett-Packard Authorized Service Providers Only) 20.00
Mouse Assembly (End User Replaceable) 21.00
Hard Disk Drive (End User Replaceable) 22.00
Removing the Motherboard (Exch PCA) 25.00
Small parts 26.00
Installing memory 24.00
Troubleshooting and Repair 25.00
Final Quiz 37.00
OmniBook Product Comparisons
HP OmniBook 5000 HP OmniBook 4000 HP OmniBook 600
Size Closed
Weight
Processor
Bus Architecture
Cache
Display
•29.5 x 22.6 x 4.9 cm
(11.6 x 8.9 x 1.93 in)
•3.08-3.18 kg (6.8-7 lb) DSTN (C): 3.13 kg
•75-, 90-, or 120-MHz
Intel Pentium
processor
32-bit PCI bus ISA bus ISA bus
some models include:
256-KB external L2
cache
•10.4-inch diagonal:
•VGA (C/CT): 640 x
480 x 65,536 colors
(DSTN or TFT)
29.5 x 22.6 x 4.9 cm
(11.6 x 8.9 x 1.93 in)
(6.9 lb)
TFT (CT): 3.27 kg (7.2
lb)
50-, 75-, or 100-MHz
Intel 486DX2
No L2 cache No L2 cache
10.3-diagonal DSTN
(up to 256 colors) or
10.4-inch diagonal TFT
(up to 65,536 colors)
18.49 × 28.24 × 3.99
cm
(7.28 × 11.12 × 1.57
in)
1.72 kg (3.8 lb)
50- or 75-MHz Intel
486DX2 or 486DX4
8.6-diagonal DSTN
(600C) or
9.5-inch diagonal TFT
(600CT)
Power
•SVGA (CTS): 800 x
600 x 256 colors
(TFT)
•PCI local bus video;
1.5-MB video RAM
SVGA-out supports
VGA & SVGA monitors
(up to 1024 x 768 x
256 colors)
•14.4Vdc
Rechargeable LithiumIon or NiMH battery
•Battery life
(approximate with one
battery): 2 to 3 hrs
•Battery recharges to
VGA: 640 x 480
Local bus video; 1-MB
display RAM
SVGA-out supports
VGA & SVGA monitors
(up to 1024 x 768 x
256 colors)
14.4 Vdc rechargeable
NiMH battery pack
Battery life
(approximate):
3-4 hrs on DSTN
DX2/50
2-3 hrs on TFT
640×480 backlit color
VGA displays
64K colors from a
262K color palette
VGA-out supports VGA
and SVGA monitors
(up to 1024×768×256
colors)
Accelerated local bus
video with 1-MB
VRAM
9.6 Vdc rechargeable
NiMH or Lithium Ion
battery
Battery life up to 3.0-
3.5 hours.
Battery pack recharges
to high level in less
high level in 4 hrs
using AC adapter while
PC is on or off
•2-minute low-battery
warning
•AC adapter 100 to
240 Vac (50 to 60 Hz)
input; 12 Vdc, 3.3 A
output
•Instant-on maintains
computer in ready-towork state for weeks
on a full charge;
returns you to your
application or file
instantly
DX4/100
AC adapter 100 to 240
Vac (50 to 60 Hz)
input; 21 Vdc,1.35 A
output
Suspend-resume
power management.
than 2 hours using AC
adapter
2-minute (or less) lowbattery warning
AC adapter 100 to 240
Vac (50 to 60 Hz)
input; 12 Vdc, 2.5 A
output
Instant-on maintains
computer in ready-towork state for months
on a charge. Turn it on
again, and you’re
instantly back where
you were.
Removable Modules
Mass Storage
RAM
•Floppy disk drive (can
be replaced with a
second battery for
double battery life)
•Hard disk drive
•RAM
•Battery
•540-MB, 810-MB, or
1.2-GB hard disks
8- or 16-MB Models
•upgradable to 64 MB
•8-, 16-, or 32-MB
RAM cards
Floppy disk drive (can
be replaced with a
second battery for
double battery life)
Hard disk drive
RAM
Battery
260-, 340-, 520-, or
810-MB hard disk
options
4-, 8-MB, or 16-MB
RAM models
upgradable to 32 MB
Hard disk drive
•RAM
•Battery
170, 260, or 340 MB
hard disk drive
170MB Hard drives are
no longer available
4-, 8-, 16- or 24-MB
RAM models
upgradable to 32MB
(CT) 12MB or 16MB
(C).
Audio
•16-bit with Sound
Blaster and MIDI
support
•Stereo sound via two
built-in speakers
16-bit, Sound Blastercompatible
Stereo sound via two
built-in stereo speakers
Microsoft Windows
sound in CT.
Two built-in speakers
(not stereo sound)
The OmniBook 600C
does not have a built-
in sound board and
only one speaker
Input/Output
•9-pin, 115,200 - b/s,
RS-232 port
•25-pin EPP and ECP
parallel port
•SVGA-out (up to 1024
x 768 x 256); VGA-out
(640 x 480 x 65,536
colors)
•115,200-baud,
bidirectional infrared
•Expansion bus
connector
•SCSI-2 port
•NTSC/PAL video-out
port
•Keyboard/mouse port
•Headphone/stereo-out
port
9-pin, 115,200 - b/s,
RS-232 port
25-pin EPP and ECP
parallel port
SVGA-out (up to 1024
x 768 x 256)
115,200 - baud, bidirectional infrared
Expansion bus
connector
Keyboard/mouse port
Headphone/stereo-out
port
Microphone port
Stereo-in port
9-pin, 115,200 - b/s,
RS-232 port
25-pin bidirectional
parallel port
SVGA-out (up to 1024
× 768 × 256)
115,200 - baud,
bidirectional infrared
Enhanced port
replicator connector
Floppy drive port
Expandability
Pre-installed Software
•Stereo-in and
microphone ports
•MIDI/joystick port
•One Type III PCMCIA
slot (or use as two
Type II slots) with 3.3-
One Type III PCMCIA
slot (or use as two
Type II slots)
V or 5-V support
Enhanced port
ISA-based slots, and
parallel, serial,
replicator with parallel,
two serial, SVGA-out
(up to 1024 x768),
SVGA-out (up to 1024
x 768 x 256),
keyboard, PS/2
mouse, and SCSI
ports; and PCMCIA
keyboard, PS/2
mouse, MIDI/joystick,
slot (concurrent Type II
and Type III)
audio, and SCSI-2
ports
•Microsoft Windows 95 Microsoft Windows for
Workgroups 3.11
One Type III PCMCIA
slot (or use as two
Type II slots)
External ultra-thin
floppy disk drive
(included with product)
Enhanced port
replicator with EPP
parallel, serial, VGAout (up to 1024 × 768),
keyboard, PS/2 or
Microsoft mouse, and
SCSI ports; external
floppy connector; and
optional HP EtherTwist
LAN card slot
Microsoft Windows
for Workgroups 3.11
or
MS-DOS 6.2
MS-DOS 6.22
Security Features
Microsoft Windows for
Workgroups 3.11 *
•MS-DOS 6.22
•Plug and Play BIOS
•HP PIM
•2-level password
protection
•PC ID (tattooing)
•Kensington lock slots
Laplink Remote
Access
Easy connection to
your desktop PC,
network and desktop
printers; works via
cable or infrared.
User password
Kensington lock slots
Upgrade easily to
Windows 95
User upgradable Plug
and Play BIOS in
EEPROM
LapLink Remote
Access
Appointment Book
HP Financial
Calculator
Phone Book
IrDA infrared printing
driver
User password
Kensington lock slots
OmniBook 600 Series: Product Features
Description
Models
The smallest, lightest color notebook with desktop performance for the professional
on the go
This is a complete list of all the standard Omnibook models ever made available.
Factory special options are not included in this listing. All of these models are now
obsolete.
Product Description HP Part #
HP OmniBook 600C DX2/50MHz; 170MB Hard Drive F1065A
HP OmniBook 600C DX2/50MHz; 260MB Hard Drive F1110A
HP OmniBook 600C DX4/75MHz; 170MB Hard Drive F1066A
HP OmniBook 600C DX4 /75MHz; 260MB Hard Drive F1111A
HP OmniBook 600C DX4 /75MHz; 340MB Hard Drive F1113A
HP OmniBook 600CT* DX4 /75 MHz; 260MB Hard Drive F1114A
HP OmniBook 600CT* DX4 /75MHz; 340MB Hard Drive F1115A
* Indicates TFT display
(Note: All models have 8-MB RAM except the F1065A and F1110A with 4MB
RAM.
Accessories Description Part Number
4-MB RAM expansion card F1054A
8-MB RAM expansion card (replaces F1055A). F1055B
16-MB RAM expansion card F1123A
24-MB RAM expansion card F1124A
170-MB Hard Disk Drive F1068A
260-MB Hard Disk Drive F1069A
340-MB Hard Disk Drive F1070A
3.5 inch Floppy Drive Module F1059B
AC Adapter F1044B
NiMH Battery Pack Module F1058A
Power Clip (TM) External Battery Charger F1063B
Automobile Adapter F1064A
LiIon Battery Pack Module F1121A
OmniBook 600CT
improvements over
the OmniBook 600C
What comes in the
box
Enhanced Port Replicator F1071A
Pop-up Mouse F1049A
Feature Benefit
9.5 inch Active Matrix Display Clearer, more vivid graphics
Windows Sound Media and presentation flexibility for
Windows applications
RAM expansion to 32-MB Handle more complex applications
Lithium-Ion battery Longer battery life and less weight than
NiMH
OmniBook 600 mainframe
Battery pack
User documentation: manuals, support material, registration card
AC adapter (P//N: F1044B), localized power cord
Brochures for OmniBook accessories and Deskjet 340
External 3.5"Floppy Drive
Microprocessor
Bus Architecture
Memory
Memory
Possible Memory
Configurations
Intel486 DX2 50-MHz
Intel486 DX4 75-MHz
Processor cache: 16K internal (L1)
ISA, Video local Bus
The OmniBook 600 does not have DMA capability
Main Memory ( on
mother board)
Max Possible RAM 600C
Max Possible RAM 600CT
Type of memory boards HP Proprietary, 1 user-accessible slot on the front case.
Cycle time 70ns
Motherboard RAM
Memory
4MB -- 4MB
DX2/50 MHz, Model 170 (F1065A)
All other models
Memory Slot Total RAM
4MB RAM
8MB
12/16MB
32MB
PCMCIA 1.8" Hard
Drives
4MB 4MB 8MB
4MB 8MB 12MB
8MB -- 8MB
8MB 4MB 12MB
8MB 8MB 16MB
8MB 16MB (600CT only) 24MB
8MB 24MB (600CT only) 32MB
170.8MB Hard
Drive
Average seek 12 ms 12 ms 12 ms
Track to Track seek 2 ms 2 ms 2 ms
260.7 MB Hard
Drive
340 MB Hard
Drive
Average Latency 6.67 ms 6.67 ms 6.67 ms
Rotational speed 4500 RPM +/- 2% 4500 RPM +/- 2% 4500 RPM +/- 2%
Mass storage
Media Transfer
Rate
Interface Transfer
Rate
Buffer size 32 Kbytes 32 Kbytes 32 Kbytes
Interleave 1:1 1:1 1:1
Start Time to
Ready:
From power mode
From power cycle
The hard disk drive can be removed by the user for easy upgrades.
The hard drive is located on the right side of the case.
Hard drive manufacturer: Maxtor (on early units) and Integral.
Hard drive controller manufacturer: VLSI Technology, Inc.
Up to 3.5 MB / sec Up to 5.7 MB / sec Up to 5.7 MB / sec
up to 12.0 MB /
sec
Typical Maximum
1.4 sec. 5.0 sec
3.0 sec. 10.0 sec.
up to 16.0 MB /
sec
Typical Maximum
1.4 sec. 5.0 sec
3.0 sec. 10.0 sec.
up to 16.0 MB /
sec
Typical Maximum
1.4 sec. 5.0 sec
3.0 sec. 10.0 sec.
PCMCIA Hard Drive
Advantage:
Flexible disk drive
PCMCIA disk drive sustains 1000 g's non-operating shock (vs. 100 g's for typical
notebook competitors). The OmniBook 600 design requires additional durability
because its light weight and size makes it easy to take wherever users go. Hard
drives typically have a higher failure rate then other components due to shock.
PCMCIA hard drives stand shock and vibration better then any other hard drive.
External ultra-thin 3.5 inch, 1.44-MB flexible disk drive standard
Powered by HP OmniBook 600
Dedicated floppy port does not take up the parallel port
Supports both 1.44 MB and 724 KB MS DOS formats
Hot connect and removal
Automatic detection
Configured as drive A
Bootable
Dimensions: .55 inches (H) x 4.2 inches (W) x 5.7 inches (D)
Manufacturer: TEAC (subject to addition or deletion of vendors)
Built-in I/O
9-pin, 115,000-b/s RS-232 port, UART 16550
25 pin bi-directional parallel port
SVGA out (up to 1024 x 768 x 256 colors) with simultaneous viewing
115,000-b/s bi-directional infrared port.
Expansion Bus Connector for connecting to enhanced port replicator
Flexible drive port
Display/video
Display/video
Size: 8.5 inch diagonal DSTN 600C); 9.5 inch diagonal Active Matrix
(600CT)
Display type:
DSTN (Dual Scan Twisted Nematic) display 256-color, 640 x 480 backlit VGA
TFT (Thin Film Transistor) Active Matrix display. 64K colors from a 262K color
palettte, 640x 480
High performance video: Accelerated local-bus video with 32-bitBLT
Memory: 1-MB display RAM - not upgradeable
Video Graphics Controller: Chips and Technology 65545 chip
External video resolution : Supports VGA/SVGA external monitors with up to 1024 x
768 x 256 colors in noninterlaced mode. Resolution options:
640 X 480 X 16, 256, 32,000; or 64,000 Colors
800 X 600 X 16 or 256 Colors
1024 X 768 X 16 or 256 Colors
Auto detection of external monitor without rebooting
TFT Display Quality
Note: Includes option to simultaneously display external video and
notebook display.
TFT display manufacturing is a high precision but imperfect technology and
manufacturers cannot currently produce large displays that are cosmetically perfect.
Most if not all TFT displays will exhibit some level of cosmetic imperfection. These
cosmetic imperfections may be visible to the customer under varying display
conditions and can appear as bright, dim or dark spots.
This issue is common across all vendors supplying TFT displays in their products and
is not specific to the HP OmniBook display.
The HP OmniBook TFT displays meet or exceed all TFT manufacturer's standards
for cosmetic quality of TFT displays. HP does not warrant that the displays will be
free of cosmetic imperfections.
TFT displays may have a small number of cosmetic imperfections and still conform
to the display manufacturers cosmetic quality specifications.
Here are some guidelines to use in determining what action to take on a customer
complaint of cosmetic imperfection in their TFT display:
1. The unit should be viewed in the customer's normal operating condition.
This means if the customer uses the unit predominately in DOS, or Windows, or in
some other application or combination of applications, that is where the
determination shall be made. Self test is not a normal operating condition and is not
a sufficient tool to interpret display quality.
2. In the customer's normal operating mode:
TFT Display Quality
a. If 4 or more variant pixels appear clustered in the area approximated by a
thumbprint on the display surface, then the display should be considered for
replacement.
b. On OmniBook 4000CT models, if more than 30 total pixels anywhere on the
display are bad, then the display should be considered for replacement. On
OmniBook 600CT and OmniBook 5000CT models, if more than 15 total pixels
anywhere on the display are bad, then the display should be considered for
replacement.
These are the only conditions in this guideline that may call for a replacement due to
a defect in material or workmanship based on the HP Limited Warranty Statement.
3. If a display is considered for replacement, it should be clear to the customer that
cosmetic variations on the replacement display may also exist, and may require the
customer to use a work-around to obscure the cosmetic imperfection.
4. Customers with cosmetic-based complaints only, that do not conform to the above
conditions and tests will not normally be considered for display replacement. It will
be left to the judgment of the HP-responsible person who, in working with the
customer, to identify work-arounds that are reasonable and appropriate for the
individual customer. Customers who must have a more perfect display solution
should consider switching to an OmniBook with a DSTN display.
We expect over time that the industry will continue to improve in their ability to
produce displays with fewer inherent cosmetic imperfections and will adjust our HP
guidelines as the improvements are implemented.
User interface
Power
Keyboard: 85-key, touch-type keyboard; industry standard, full sized key spacing
with embedded numeric keypad. Includes 12 function [Fn] keys located on the top
key row above the numeric keys.
Microsoft mouse compatible, 2 button pop out mouse emulates desktop mouse
operation. Located in the upper right corner of the unit, accessible by a clearly
marked push button.
Optional pointing device: Serial mouse or with the enhanced port replicator a PS/2
mouse port.
Battery type: 9.6 Vdc rechargeable NiMH. NiMH battery does not
require complete discharge before recharging. There is no "memory"
effect that reduces battery life. Lithium Ion battery, 9.6 Vdc
rechargeable, standard for the OmniBook 600CT and can be used in
the OmniBook 600C with optional battery pack, p/n F1121A
Recharge time: NiMH quick charges in approx. 90 minutes when the
unit is off or in use. Lithium Ion quick charges in approx 2 hours with
unit off or in use.
Battery life: 3.0 to 3.5 hours depending on screen brightness and I/O
usage.
Power
Battery signals: 2-minute low battery warning followed by controlled
shutdown to preserve data for several days prior to recharge.
AC adapter: 100 to 240 Vac (50 to 60 Hz) input; 12 Vdc, 2.5A output.
Use only an HP F1044B AC adapter (the type shipped with the
OmniBook). Using any other adapter could damage the OmniBook
and void the warranty. Always plug it into a grounded outlet.
Instant on: Maintains OmniBook in ready-to-work state for weeks on a
full charge; when turned on it returns instantly to previous state. No
waiting for restoring from disk. Accomplished by the use of self
refreshed DRAM technology.
Power management: Advanced Power Management 1.1
Three power management settings:
1) Advanced: Provides full power management capabilities provided. This setting
yields the longest battery life. OmniBook power option settings:
Computer: Period of inactivity after which the OmniBook turns off. (If the
OmniBook has a modem and the modem is turned on, the next option
determines the period.) Settings: 2 minutes to 60 minutes; default: 2 minutes.
Note: While plugged into AC Adapter the OmniBook will not turn off due to
inactivity.
Optional power
accessories from HP:
HP PowerClip
external battery
charger.
Computer (modem in use): Period of inactivity after which the OmniBook
turns off if a modem is present and actively connected. Settings: No turn off
to 60 minutes; Default: 10 minutes. Note: While plugged into AC Adapter the
OmniBook will not turn off due to inactivity.
Hard Disk: Period of inactivity for the hard disk after which the hard disk
turns off. Settings: No turn off to 5 minutes; Default: 30 seconds.
2) Standard: Selecting standard disables the Windows, MS-DOS, and OmniBook
power management and will result in the OmniBook rebooting each time it is
turned on.
3) Off: Selecting off disables the Windows, MS-DOS, and OmniBook power
management and will result in the OmniBook rebooting each time it is turned on.
Energy S.T.A.R. compliant
Very compact recharger that slips around the battery pack. Up to
four chargers can be linked together and quick charged at the same
time. The OmniBook battery and one external battery can be linked
together and quick charged at the same time.
HP# F1063B
Size: 18.0 x 5.5 x 2.7cm, weight: 108g (estimated)
Automobile adapter
Extra battery pack
Extra AC adapter
Accessory Slots
Audio Systems for the
Omnibook 600CT only
HP # F1064A
HP # F1058A - NiMH
HP # F1121A - LiIon
HP # F1044B
User available PCMCIA Slots: 2 Type II or 1 Type III (version Two)
The PCMCIA slots are fully industry compatible and supports
SystemSoft Card Services and Socket Service (2.1). The system will
support a wide variety of PCMCIA cards (see latest listing).
PCMCIA controller is an integrated HP Proprietary chip.
Sound Chip: ESS1688, Manufacturer: ESS
16-bit stereo sound
Single or multiple, mixed-signal, high performance VLSI chip set
Record, compress, and playback sound and music
5 channel mixer
Stereo inputs for line-in, CD-ROM, and music synthessis and a mono
input for microphone
Operating
environment
Storage environment
Environmental
Testing
Audio mixer controls inputs and outputs
Windows compatible and OLE compliant
Operating temperature: 32 to 104 degrees F (0 to 40 degrees C)
Operating humidity: 90% relative humidity at 104 degrees F (40 degrees C)
maximum
Storage Temperature with data retention: 32 to 131 degrees F (0 to
55 degrees C).
The PCMCIA hard drive in the OmniBook is sensitive to rapid changes in
temperature and humidity (e.g. turning on an OmniBook in an air conditioned
building immediatly after removing it from a hot and humid car trunk). This can
permanently damage the hard drive. The OmniBook should be allowed to reach
room temperature before turning on the product.
Storage humidity: 90% relative humidity at 104 degrees F (40
degrees C) maximum
ESD as per IEC-801-2, EN 55024-2
Drop testing: 1 drop flat onto all six faces from .75 meter
Also tests for altitude, magnetic & radiated susceptibility &
interference, shock & vibration.
Note: These are the tests that HP designs notebook computers to
meet. Due to normal variations in the components of individual
machines, some machines will perform better and some won't perform
as well. HP does not guarantee that every notebook computer will
meet these specifications.
BIOS
Software and
Operating System
Software and
Operating System
Plug and Play BIOS stored in EEPROM.
User Upgradable via floppy drive. Instructions for how to upgrade the BIOS come
with the BIOS in a readme.txt file.
BIOS comes in 5 languages (English, French, German, Italian, and Spanish).
When upgrading/replacing a BIOS, ensure that the BIOS language matches the
software on the hard drive. Always check to make sure the correct BIOS is
installed after replacing the motherboard.
A corrupt BIOS that prevents the machine from booting requires either a special
BIOS recovery tool (check your Product Support Plan to see if this tool is available
to you) or a motherboard replacement. The BIOS can be corrupted by interrupting
a BIOS upgrade in the middle of the process.
Some models require that the BIOS matches the operating system. Check your
Product Support Plan to see if this applies to the machine you are working on.
Microsoft Windows for Workgroups 3.11
MS-DOS 6.2
Easy upgrade to Windows 95 using HP MCD supplied upgrade process.
Laplink Remote Access for easy connection to desktop PC, network printers, and
other OmniBooks
HP PIM: Appointment book, phone book
Supported Operating
Systems
Security
HP financial calculator
Applications can be assigned to any of the 12 function keys for hot-key access
Automatic printing utility for function key labels
Windows 3.1 and other operating systems (OS/2, Windows NT) are not formally
supported on the OmniBook 600 by Hewlett-Packard. A best effort basis will be
made by MCD's technical staff, however, the customer will be referred to the
operating system manufacturer for further support. OS/2 does not run on the
OmniBook 600 at this time.
Physical security from Kensington Lock
System password: When the password setting is enabled, a window shall pop-up
to allow the user to enter the old password, enter a new password and to verify the
new password. When no password is currently in use, the Old Password field is
disabled. To provide both security and convenience, the user can specify whether
a power-on password is required. When enabled, the unit will prompt for password
at turn-on (either after boot or restore from disk). If the user forgets the system
password, there is a master password that will unlock the OmniBook. The user
must call the Mobile Computing Division Technical Support to follow a process to
unlock the OmniBook.
Password Decode
If the user forgets the system password, there is a master password that will unlock
the Omnibook. The user calls Technical Support to determine this master
password as follows:
1. Support will tell the user the keys to type at the password entry screen:
[alt][shft][f10]
2. The Omnibook generates and displays an encoded master password. This is
displayed under the normal password entry area. At this point, this is the only
password that will unlock the Omnibook unless the user presses [ESC] to remove
the encoded master from the password entry screen. Then the user's stored
password can be entered.
3. The user reads the encoded master password to Support.
4. Support runs a program that decodes the encoded password, and reads the
decoded password (alphanumeric) to the user.
5. The user types in the decoded password.
6. Omnibook decodes the encoded master password it generated and compares it
to the decoded password typed in by the user.
7. If the two passwords match, the Omnibook is unlocked. The forgotten password
is automatically erased. Support can then guide the user through the process of
entering a new password.
8. If the two passwords do not match, the previous sequence must be repeated
until the user correctly enters a master password.
Password Decode
Policy
The encoded master password is an eight-character alphanumeric sequence that
the Omnibook generates at random every time the appropriate keys are pressed
in the password entry screen. Because it is generated randomly, a master
password can only be used to unlock the Omnibook once. If the user forgets the
password at another time, it will require another call to Support. (If the user
presses the appropriate keys by mistake, pressing [ESC] will allow entering the
stored password.)
The password descramble programs for the HP OmniBook PCs are protected as
HP Company Private information. They may not be copied, backed-up, printed or
distributed. There are only six official copies of each program.
In addition to protecting the program itself, it's use is also controlled. HewlettPackard and authorized support providers must ensure with written evidence that
the OmniBook that is being "descrambled" is actually in the hands of the unit's
actual and current owner. This requires a sales receipt showing the unit serial
number and owner's name, or a written statement from the owner attesting that
they are the owner of the unit. The statement can be a FAX copy of the document.
The fact that the unit is in the hands of an HP representative on the behalf of the
customer is not evidence of ownership. In addition, HP will not descramble a unit
for any non-owner, even if it involves law enforcement agencies. If you receive
such a request, you should notify management and HP Corporate Legal
immediately. (These requests may require a court order prior to our participation.)
Further, you must log the name, serial number and date of the running of the
descramble program, and file the written backup with the log. The log and backup
is subject to standard record's retention process and review.
The final issue relating to descramble of passwords is that HP cannot provide
information to users that would assist them in improperly descrambling a password
and opening a unit.
Notebook Hardware Structure
Field Replaceable Assemblies
Battery Module (End User Replaceable)
The Battery Modules is user replaceable. To remove it, turn the OmniBook off. If AC power is plugged in,
don't remove the AC power while the battery is out. Turn the unit over. Slide the two latches away from body
of battery and lift battery out.
Reverse the procedure to install a new Battery or Floppy Disk Drive Module. If AC power is not plugged in,
hold down the F4 key and press the on botton to force the OmniBook to check the level of the new battery.
The latches that hold the battery in place should be replaced if damaged. These latches slide off once the
battery is removed. Inspect the rails that the latches slide on. If these rails are badly damaged, the base
exchange unit must be replaced to correct damaged rails.
Warning: Be careful not to short the terminals on the battery, this can generate a lot of heat, causing burns
and fire as well as damage to the battery.
Keyboard (Hewlett-Packard Authorized Service Providers Only)
To remove the keyboard of the OmniBook 600, insert the Keyboard Removal Tool (see the Product Support
Plan for a part number) or a thin metal spatula between the keyboard assembly and the top case just above
the F8 function key. Catch the front edge of the spatula under the keyboard assembly and push the upper
edge of the spatula toward the display. The center of the keyboard assembly will pop up. Continue pulling
up the center of the keyboard assembly allowing it to flex until the tabs on either side of the back of the
keyboard slide out of their slots. The keyboard can then be rotated forward to allow access to the keyboard
cables.
Slide the sleeves of the keyboard connectors forward and remove the cables (see illustration to the left for
removal of cables). A small probe will help get to the sleeves and in alignment of the cable during
installation.
Once the keyboard is out, check the two plastic pyramids (see inset in diagram above) to see if they are
sharp or flat on top. If they are sharp, flatten them slightly (1/8") with a blunt punch. These plastic pyramids
can cause damage to the keyboard cables over time.
To install the keyboard reverse the above procedure. Make sure that the keyboard cables are lined up
properly with the keyboard cable connectors when installing the cables.
Mouse Assembly (End User Replaceable)
The Mouse Assembly is user replaceable on the OmniBook 600. To remove mouse assembly, push the
mouse button above the keyboard near the right side of the unit just above the On/Off key. The mouse
should partially eject out the right side of the machine. Grab the mouse and pull out firmly. The whole
assembly will detach.
To replace the mouse, insert the tab of the mouse into the slot in the back of the mouse housing. Slide the
mouse in place. It takes a firm push to get the mouse over the detent that keeps it in place
Early mice on the OmniBook 600 had some reliability problems. Check the mouse date code by extending
the mouse button assembly (pinch the mouse button assembly and lift up) and looking inside the assembly.
If the mouse has a date code earlier then 95-37 (year - week #) the mouse should be replaced even if it still
functions.
Hard Disk Drive (End User Replaceable)
The Hard Disk Drive (HDD) is user replaceable.
To remove the Hard Disk Drive, exit all programs and exit windows, turn unit off, disconnect unit from AC
power, turn unit over, and remove battery. Slide the tabs toward each other as shown in the diagram below..
Pull the Hard Disk Drive and Tray Assy HDD out the right side of the unit.
Reverse the procedure for installation. Note: It is difficult to remove the Hard Disk Drive without the Tray
Assy HDD. Remember to use the tray!
Follow the instructions with the recovery disks or CD ROM to restore the hard disk drive image.
The 170 MByte Hard Disk Drives are no longer available. All bad 170MByte drives should be replaced with
260MByte drives.
Separating Topcase and Bottom Case, Removing Display Assy and Service Keyboard Topcase (Hewlett-Packard
Authorized Service Providers Only)
First, remove the pop-out mouse assy, keyboard, and battery. Then remove the four rubber feet. The feet
are pressed in place and can be removed by prying them up with a metal probe or a straight pin. Next
remove the torx drive screws - use a T6 driver - from the bottom case (see diagram below). Then remove
the one Phillips head screw located in the depression where the pop-out mouse is stored.
Turn the unit right side up with the display closed. Lift up on the front topcase seam where it meets the
bottom case near the PCMCIA card eject lever. Once the topcase is separated from the bottom case, rotate
the topcase/display assembly around the display cable. Be careful not to turn the Keyboard Bottom Case
upside down at this point. The mouse button is now loose and will fall out along with the Spring Mouse
Button. The Spring Mouse Button is very small and difficult to see. See the diagram on next page.
Disconnect the display Assy connector from the Motherboard (Exch PCA). If the Motherboard, Microphone,
Mouse Button, or Card Eject arm are going to be replaced, no further disassembly of the Service Keyboard
Topcase or of the Display Assy is required.
To remove the Display Assy, first remove the Ferrite beads from the Display Assy cable. Then, carefully
feed the cable up through the Service Keyboard Topcase.
The Topcase Service Assembly does not include the display contrast controls. If the topcase needs to be
replaced, be sure to order the contrast controls as well. The Topcase Service Assembly includes all the
labels normally on the topcase.
The Bottom Service Assembly contains all the labels normally on the bottom case as well as the Security
Plate (located inside the Kensington Lock slot) and the Battery Door Latches. The speaker (shown on next
page), the Pivot Door and Spring (shown below) must be ordered separately.
Removing the Motherboard (Exch PCA) (Hewlett-Packard Authorized
Service Providers Only)
Before removing the Motherboard you must first separate the topcase and bottomcase, remove the hard
drive, RAM Expansion (if installed) and any installed PCMCIA cards.
Remove Mouse Button and Spring Mouse Button by lifting up on the Mouse button and turning the bottom
case upside down to remove Spring Mouse Button. Remove the card eject arm. The Card Eject Button and
Spring Eject Flash Card do not need to be removed.
Disconnect the speaker wire connector and the ribbon cable from the Paw Mech Assy from the Motherboard.
Notice how the Ribbon cable from the Paw Mech Assy is routed. Remove the 6 torx drive screws - T^ drive that hold the Motherboard in place. There are 4 silver torx head screws that hold the two PCMCIA
connectors in place on the Motherboard and one additional silver torx drive screw that holds the RAM
Expansion connector in place. These screws should not be removed. To remove the Motherboard, lift up on
the VGA connector while holding the Keyboard Bottom Case in place.
Once the Motherboard has been removed you have access to the Speaker, Paw Mech Assy, Spring Eject
Plastic Mouse, Mouse Eject Arm, and Shield.
To reassemble, reverse the above procedures. Make sure the Shield is in place and that the ribbon cable
from the Paw Mech Assy is properly routed. If the ribbon cable is not properly routed, it will interfere with the
installation of the hard disk drive.
Small parts
The, I/O door, Rubber feet, and Flash card tray are all replaceable.
To remove the I/O door, open it fully. Flex the door so that the center hinge separates from back case.
Continue to flex until side pins clear holes in back case. To reassemble, just reverse the procedure.
The rubber feet are pressed into the bottom case. To remove, stick a pin into the foot from the side and pull
the foot up. To install a new foot, insert into hole and press firmly.
The Flash card tray assembly (PCMCIA accessory Tray) is removed and installed in the same manner as the
Hard Disk Drive.
Installing memory
The OmniBook 600 family has one location for expanding system RAM. The memory location is on the front
surface of the OmniBook 600. The RAM door is remove by pushing down. To remove RAM already
installed, rotate the pull tab out from under the RAM module and pull the module out.
To install a RAM module, use the reverse procedure. Make sure that the pull tab is on the bottom.
Ehhanced Port Replicator
The Enhanced Port Replicator Accessory consists of no field replaceable components. If any
component of the dock is defective, the entire unit must be replaced.
Troubleshooting Tips:
Power Maintain power to the port replicator. If power is interrupted, SCSI devices
and network connections are lock. The Unlock button doesn't work without
power.
External Keyboard/Mouse Undock and remove power before connecting or removing an external
keyboard or mouse. To enable a serial mouse after docking, reboot the
system. (A PS/2 mouse does not require a reboot.)
SCSI Devices The SCSI port uses I/O addresses 340-35F and interrupt 10.
Troubleshooting and Repair
Known Hardware
Issues (DOS 6.2 and
Windows 3.11)
Unit is HOT while charging.
Battery is HOT
Display may discolor while charging closed
Clears up when cooler in a few seconds.
Display has 1 minute warm up period
Brightness control disabled during that time
After first boot, display may need contrast adjustment to make it readable.
Press and hold (UP) contrast button until display is readable.
Power Supply is noisy (customers often describe the noise as a whine).
This does not mean that the hard drive is going bad.
Users who put multiple business cards in the card slot may force card holder to peel
up.
AC Adapter is 40W and it is possible to "chain" or configure the system with cards
and devices that require more than 40W.
System may do hardware shut down if not properly powered.
Known Hardware
Issues (DOS 6.2 and
Windows 3.11)
Battery life is VERY use and user dependent.
Modems use power just by being plugged in.
Some software prevents APM from working and may result in reduced battery
life.
Some programs with their own cursor control may prevent suspend.
Example: Lotus 123 v4(Windows)
Full charge is essential for average battery life.
Green light does not mean FULL
Pressing [off], [f4][ON] may result in inconsistent battery indications
Resets ALL information about battery, including battery history so the
battery indicator could be inaccurate.
With the unit plugged into AC, battery is not under load and battery
indicator may "bounce" up and then quickly down.
It DOES, however, reread the battery and provide a fresh look at the
battery condition when the agent suspects a bad battery or inconsistency
between the battery indicator and the actual battery condition.
Some early F1065A and F1066A models had bad floppy disk drive cables. When
testing for a bad floppy disk drive make sure you test it with the customer's cable.
Early mice on the OmniBook 600 had some reliability problems. Check the mouse
date code by extending the mouse button assembly (pinch the mouse button
assembly and lift up) and looking inside the assembly. If the mouse has a date code
ealier then 95-37 (year - week #) the mouse should be replaced even if it still
functions.
Known Software
Problems
Description
Time-out in MSMAIL freezes the paw
While using MSMAIL, or any other communication program, plug the unit in.
To reactivate the paw, leave Windows and re-enter.
Charging indicator in status panel doesn't agree with reality.
This is only after the 2:00 minute warning. In about 12 minutes it synchs up
again.
Drives c: e: and f: showing up in status panel, no d:
Use the built-in doublespace instead of Stacker.
If EnhMouse loaded, must click Below button to register click
Don't load EnhMouse or click below button.
Alarm Manager comes up with error msg if network driver is loaded.
Use two boot paths, one for networks and one for on-the-go use.
Low battery shutdown gets delayed if in middle of copy disk.
Use the AC adapter for heavy duty copies of floppies when batteries are low.
Fn key for quick starting apps does not work if network drivers loaded.
This applies only to old Novell drivers which have a bug. Contact Novell for
updated drivers.
Entering Windows with "win :" command disables status panel updates.
Don't use the :. If you do, plug the AC adapter in a few times or wait and
things will eventually correct themselves.
Launching apps from F1-F12 does not work if data file required
Do not launch applications via data files. Rather than using
C:\cards\mycards.crd, use C:\windows\cardfile c:\cards\mycards.crd. For
some applications there may not be a work around.
Icon printing is double sized on LJ 4ML, with 4ML drivers.
Use standard LaserJet drivers.
Function keys (even is DOS) non-functional if using Norton Desktop Shell
Launch applications in some other fashion or don't use Norton shell.
Undelete in File Manager causes GPF or Divide by Zero Overflow- due to no DMA
Use the extended DOS tools.
32bit access conflicts with compressed removable media, when c: is compressed
If both the C: drive and a removable drive are compressed, turn off 32bit
access or decompress one of the drives.
Windows takes 1:30 min to restart after installing ENCARTA using QLOGIC
Wait or reboot. Encarta demonstrates similar behavior on other PCs but the
behavior is a bit different from PC to PC and time to time. Some times the
system is hung.
If fax/modem set up in WFW, Control Panel, FAX, then no MS-MAIL remote.
Known MS bug.
Unit locks up after modem connection in terminal, PCMCIA inserted.
Do not insert or remove modems when terminal programs are running.
With low memory, OB Status Panel gives error; won't restart completely.
Close some applications or buy some additional memory.
DBLSPACE doesn't always recognize drives d: and e: as compressed
Make sure that DSCOPY.BAT in the DOS directory was run to install the
proper support for DoubleSpace. Unplug and re-plug the card. If that does
not work, unplug, reboot and re-plug.
Exiting Windows after installing Corel SCSI drivers restarts Windows
This is normal DOS behavior and is not unusual after a batch file has been
edited and lengthened by an install program prior to its termination.
After sending a fax with MS-MAIL and megahertz modem unit can't turn off.
Known MS bug.
Hot insertion of Bus Toaster SCSI card causes hang-up requiring reset
Don't HOT plug/unplug any communication card.
CardView interferes with password, system hangs.
Do not use password.
CardView beeps at ON/OFF, w/o inserting/removing cards.
Do not set CardView to Beep on insertion/removal.
CardView gives notification for Unrecognized card with SRAM cards
Ignore warning or do not use SRAM cards.
CardView gets confused if cards changed at approximately the same time
Wait several seconds before inserting/removing a second card.
Get cannot write to E: with QA Partner results file at power on
When you get a message saying that ‘Cannot write (read) to (from) drive X:’,
hit RETRY button and all will be well. Use the AC adapter.
Laplink transfer of large files causes reboots or file changes in 32bit mode
Use the floppy, use DOS connect, or turn 32bit transfer off.
Combination of QLogic SCSI and LLRemote causes system hang
Do not use these two in combination. Also, do not use the Qlogic card/drivers
in combination with ATA cards. Qlogic may have a solution early 1995.
Remote printing while Laplinked does not work when OmniBook 600 directed to
network printer
Known intermittent bug. No reliable work around known. Connect directly to
the printer. Transfer files using the floppy and print.
Parallel Laplink with obmouse installed cause hang-up in text editor
Use the serial cable that we supply.
Serial Laplink with COMA enabled aborts large file transfers
See 32bit mode error. Laplink does not work for Modems on COM 3.
Unit hangs when accessing MSD-IRQ screen while Laplinked
Don't use MSD while LapLinked.
RAM card in D causes hang-up with certain ports enabled in LLRA screen
Known intermittent bug. Use floppy.
Screen corrupt after Laplink Word deletion, prt scr, Save Write file
Known intermittent bug. Use floppy.
Laplink boot option causes unit to hang while loading Word
Known intermittent bug. Use floppy.
Cannot change Laplink speed settings every time.
Known intermittent bug. Use floppy.
Cannot remote print to DJ550C w/ new ColorSmart Drivers
Use DeskJet 500 drivers or connect directly.
Cannot remote print w/ DJ Plus ColorSmart driver loaded
Use DeskJet 500 drivers or connect directly.
Status Panel is "permanently" missing. Running OBSTATUS results in "already
running" message. Status panel has been turned off and then removed from the F112 hot key group.
Add OBSTATUS.EXE back into the f1-f12 group, exit and restart windows,
invoke the appropriate fn key to turn on the status panel.
OmniBook Self-Test
(Not all units have
this self test builtin)
First POST: BEEP
CODES
The complete self-test procedure is documented in the OmniBook 600 Operating
Guide.
A note about interpreting self-test results.
Self-test alone should not be used to diagnose a hardware problem. If
the self-test results are absolutely clear and repeatable, confirm the
results with at least two other non-self-test failure symptoms.
The OmniBook 600 BIOS includes a POST facility that tests a number of hardware
and firmware items in the unit at each cold-start (BOOT or RESET).
These multiple beep codes indicate a failure in a simple test of:
a portion of base memory
Flash BIOS checksum
a portion of conventional memory
a portion of extended memory
If the unit fails to boot:
all accessories are removed, including memory cards, external floppy,
port expander, modems, PCMCIA cards, LAN cards, printers, VGA-out
cables, external pointing devices, clean AC power is provided (no
"chained" battery chargers or auto adapters), and press reset.
Beep codes
If the unit still fails to boot, it requires service.
Beep codes are used to identify a POST error that occurs when the
screen is not available. Once the screen is operating, diagnostic
messages are reported to the screen. There are beep codes for both
fatal and nonfatal system board errors.
Beep Code Description
none CPU register test in progress or failure.
1-1-1 CPU Failure
1-1-3 CMOS write/read test in progress or failure. Failure will result in a
system halt.
1-1-4 ROM BIOS checksum test in progress or failure. Failure will
result in a system halt. Checksum test - All of the values in a
given range of locations are added together. The range includes
a location which, when added to sum of the ranges, will produce a
known result (0). BIOS is in FLASH and can only be fixed through
replacement of the flash device (not a field repairable item)
Customer units should be returned for repair.
1-2-1 Programmable interval timer 0 test in progress or failure. Failure
will result in a system
1-2-2 DMA channel 0 address and count register test in progress or
failure. Failure will result in a system halt.
1-2-3 DMA page register write/read test in progress or failure. Failure
will result in a system halt.
1-3-1 RAM refresh verification test in progress or failure. Failure will
result in a system halt.
1-3-2 SMI RAM Bad. Failure will result in a system halt.
none First 64K RAM test in progress. No specific test is performed -
just indicates that the test is beginning (i.e., no failure).
1-3-3 First 64K RAM chip or data line failure, multi-bit. Failure results in
a system halt.
1-4-2 Parity failure first 64K RAM. Failure results in a system halt.
2-1-1/2/3/4 First 64K RAM chip or data line failure on bit x. Failure results in
a system halt.
2-2-1/2/3/4
2-3-1/2/3/4
2-4-1/2/3/4
3-1-1 Slave DMA register test in progress or failure. Failure results in a
system halt.
3-1-2 Master DMA register test in progress or failure. Failure results in
a system halt.
3-1-3 Master interrupt mask register test in progress or failure. Failure
results in a system halt.
3-1-4 Slave interrupt mask register test in progress or failure. Failure
results in a system halt.
3-2-4 Keyboard controller test in progress or failure. Failure results in a
system halt.
3-3-4 Screen memory test in progress or failure. Failure will result in a
beep code but not a system halt.
3-4-1 Video Retrace Failure.
3-4-2 Screen retrace test in progress.
3-4-3 Screen retrace test failure
4-2-1 Timer-tick interrupt test in progress or failure. An error message
is displayed on the screen. The system does not halt.
4-2-2 Shutdown test in progress or failure. If possible, the BIOS will
continue POST, skipping the memory tests.
4-2-3 Gate A20 failure. An error message is displayed on the screen
and the memory tests are suspended. The system does not halt.
4-2-4 Unexpected interrupt in protected mode. The system does not half
when an unexpected interrupt occurs.
4-3-1 RAM test of memory above 64K in progress or failure. POST will
continue.
4-3-2 Programmable interval timer channel 2 test in progress or failure.
POST will continue.
4-3-4 Real-time clock text in progress
4-4-1 Serial port test in progress or failure. POST will continue.
4-4-2 Parallel port test in progress or failure. POST will continue.
4-4-3 Math coprocessor test in progress or failure. POST will continue.
Last POST:
DISPLAY CODES
There are a number of POST tests that are performed after the BEEP Code tests.
Failure of one or more of these tests will result in a displayed failure code (i.e.,
03044). It is extremely important not to interpret a failure code immediately as a
hardware failure until:
all accessories are removed, including memory cards external floppy, port
expander, modems, PCMCIA cards, LAN cards, printers, VGA-out cables,
external pointing devices, clean AC power is provided (no "chained" battery
chargers or auto adapters), and press reset.
If the unit still fails to boot, it requires service.
NOTE: make sure the display is adjusted to be visible.
PhoenixBIOS POST
Messages (Power
On Self Test
Message Possible Cause
Diskette drive failure The 0 or 1 drive failed or is missing.
Diskette drive x failure where x=O or x=1 The designated drive has either failed or is missing.
Within POST, there are three kinds of messages:
Error messages: These messages appear when there is a failure in hardware,
software, or firmware.
Informational messages: These messages provide information to the user but require
no action.
Beep codes: This kind of warning sounds when POST errors occur and the screen is
not available.
Because the OmniBook cannot be repaired by a service center below the FRU level,
these messages will provide limited troubleshooting or repair information. However,
the support specialist and service technician will be able to identify trends in repairs
from these codes.
Diskette read failure - press Fl to retry boot (or may
also say, press Fl to retry boot, F2 for SETUP utility)
Display adapter failed; using alternate The color/monochrome switch is set incorrectly. The
Gate A20 failure The keyboard controller is not accepting commands,
Fixed disk configuration error The specified configuration is not supported or doesn't
Fixed disk controller failure The controller card has failed.
Fixed disk failure The fixed disk may be defective.
Fixed disk read failure -press Fl to retry boot (or may
also say press Fl to retry boot, F2 for SETUP utility)
Internal cache test failed -cache is disabled Faulty cache memory in the 80486 processor chip.
Pointer device failure The mouse failed.
No boot device available -Press Fl to retry boot (or
may also say, press Fl to retry boot, F2 for SETUP
utility)
The diskette is either not formatted or is defective.
primary video adapter failed.
specifically, the enable and disableA20 commands.
match the actual hardware
The fixed disk may be configured incorrectly or is
defective.
Either diskette drive A:, the fixed disk, or both the
diskette and disk are defective.
Message Possible Cause
No boot sector on fixed disk - press Fl to retry boot (or
may also say, press Fl to retry boot, F2 for SETUP
utility)
Not a boot diskette - press Fl to retry boot (or may also The diskette in drive A: is not formatted as a bootable
The C: drive is not formatted or is not bootable.
say, press Fl to retry boot, F2 for SETUP utility) diskette.
No timer tick interrupt The timer chip has failed.
xxxxxh Option ROM checksum failure where xxxxxh is
the starting address of the option ROM
Shutdown failure Either the keyboard controller is not accepting the
Time of day not set - run SETUP program Clock not set.
Timer 2 failure The timer chip has failed.
F2 to enter ROM-based SETUP Invalid configuration information must be changed.
Invalid configuration information - please run SET'UP Display adapter is configured incorrectly. Memory size
Keyboard clock line failure The keyboard, the keyboard cable connection, or the
Keyboard data line failure- The keyboard controller firmware has failed.
Keyboard controller failure The keyboard controller firmware has failed.
Keyboard stuck key failure A key is jammed.
Memory failure at hex-value, read hex-value,
expecting hex-value
The peripheral card contains a defective ROM.
reset command or the associated reset logic has
failed.
is incorrect. Wrong number of diskette drives. Other
configuration errors.
keyboard controller is defective.
Circuitry associated with the memory chips has failed.
Unexpected interrupt in protected mode Hardware interrupt or NMI occurred while in protected
mode.
Real time clock failure The RTC or battery failed.
Message Possible Cause
nnnk Base Memory The amount of base memory that tested successfully.
nnnk Extended The amount of extended memory that tested
successfully.
Memory tests terminated by keystroke This message indicates that a user pressed the
spacebar while the memory tests were nmning and
stopped the memory tests.
Press the Fl key to continue This message indicates that an error was found during
POST. Pressing the Fl key allows the system to
attempt to boot.
Beginning memory test Press the SPACEBAR to
terminate the memory test
Press the Fl key to continue, F2 to nm the Setup utility This message indicates that an error was found during
A user can stop the memory tests by pressing the
spacebar.
POST. Pressing the Fl key allows the system to
attempt to boot. Pressing F2 allows users to run the
ROM-based Phoenix SETUP utility to correct
configuration information.
Final Quiz
Reseller service technitions: for certification for the OmniBook 600C/CT please send the answers to
this quiz to this address:
HP Reseller Training Center
PO BOX 201688
Austin, TX 78720-1688
1. What is the bus architecture of the OmniBook 600?
2. What are the two types of displays on the 600 and how can you tell which model has which display?
3. What size level 2 cache does the OmniBook 600 have?
4. What other OmniBook products share the same AC power adapter with the OmniBook 600?
5 What are the user replaceable subassemblies in the OmniBook 600?
6. What is the first POST and how do you decipher the output?
7. What do you do if you get a 1-1-4 beep code error?
8 What are the three types of messages in the self test?
9. What is the TFT display quality statement?
10. How do you find the date code on a pop out mouse?
11. What date codes should you expect to replace (from question 10)?
12 What do you replace a bad 170MByte hard disk drive with?
13. Where do you find information on the latest BIOS and Hard Drive image?
14. What two repair options might you have if you get a bad BIOS beep code?
15. What components come with the Topcase Service Assembly?
16. What ports are available on the Enhanced Port Replicator?
17. When docked, what is necessary after connecting a serial mouse to the replicator?
18. What should be checked first if network connections are lost while docked?
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