Installing/Upgrading a processor ................................................................................................ 27
Removing the heat sink.......................................................................................................... 28
Remove the existing processor............................................................................................... 29
Replace the HEX STUDS ( if you are installing a PPGA-370 type processor) ........................ 31
Install a new processor.......................................................................................................... 32
Install the heat sink ................................................................................................................ 34
Updating the Flash ROM BIOS ................................................................................................. 35
A: Download the BIOS update from the website................................................................... 35
B: Create a bootable Floppy Disk. ....................................................................................... 35
C: Copy your BIOS files onto the bootable Floppy Disk....................................................... 35
D: Set the DIP switches to ON............................................................................................. 36
E: Reboot your computer from the FDD ............................................................................... 36
F: Set the DIP switches to the OFF position ......................................................................... 37
G: Reboot your computer from the HDD .............................................................................. 37
Specifications
The Model 3100C is a powerful Intel Pentium !!! processor based Notebook PC, which can also
use Intel Celeron Processors. The main unit is designed to support 600 Mhz and higher should you
need a faster processor in the future.
Processor Module
-Intel® Pentium !!! (FC-PGA 370) 500, 550 and 600 MHz processor with 256KB integrated
full speed L2 cache packaged in a 370 pin PGA socket.
-Intel® Celeron (PPGA 370) 300A, 333, 360, 400 and 430 Mhz with 128 KB integrated full
speed L2 cache packaged in a 370 pin PGA socket.
Memory
-Provides 64-bit data bus system memory
-T wo 144 pin SODIMM sockets, supports 3.3V, PC-100 compliant, Sync DRAM SODIMM
-Expandable memory up to 256 MB, depends on 32 / 64/ 128 MB SODIMM Module
System BIOS
-One 256KB Flash ROM
-Insyde BIOS with Smart Battery
-Plug and Play 1.0a
-ACPI 1.0
Display
-XGA TFT flat panel 13.3" / 14.1" LCD screen
-AGP 2X
-Complete 64 bit hardware 2D / 3D Accelerator Graphics Engine
-Motion Compensation
-High quality TV-out (6 Line buffer quality) with MacroV ision® V7.01 anti-copy technology
-8MB display memory SGRAM type (100MHz)
-V ertically Interpolate 720V x 480H pixel wide video source
-Supports TFT panel resolution up to 1024x768x16M
-CRT resolution up to 1280x1024x16M (non-interlaced)
-TV resolution 1024x768
-Tri-view for triple display devices: TV, CR T and LCD
-DuoView display capability under W indows 98
-Supports Zoomed V ideo Port
-Supports Software MPEG II
Mass Storage
-One removable intelligent bay for 3.5" 3-mode FDD / 12.7mm(h) LS-120/2.5" 12.7mm(h) 2nd
HDD
-One easy change bay for DVD-ROM(12.7mm) / CD-ROM (24X speed or higher)
• Storage capacity: 1.44MB (formatted) per drive, 18 sectors/track, and 512 bytes/sector.
••
••
• Track to track seeks time: 3ms
••
••
• Recording density: 2 heads, 160 tracks
••
••
• Data transfer rate: 500K bits/sec (MFM)
••
••
• Disk rotation speed: 300 rpm (typ.)
••
••
• A verage track access time: 17ms
••
B. Qualified vendors:
••
• PANASONIC JU-227AF
••
••
• TEAC FD-04HF-1300
••
Removable hard disk drive
The Model 3100C Notebook PC has an internal mountable 2.5" hard disk drive. It is specially
shock-mounted for durability and reliability in a portable environment.
A: Specifications:
••
• Storage capacity: 2.0 GB
••
••
• Host transfer rate (PIO mode): 16.6 MB/s
••
••
• Ultra DMA A T A-33: 33MB/S
••
••
• A T A-2/A T A-3 interface support
••
••
• A verage seeks time: 13 ms (average)
••
••
• A verage latency: 7.14 ms
••
••
• Interleave: 1:1
••
B. Qualified vendors:
• TOSHIBA MK6409MAV 6.4GB
• HIT ACHI DK228A65 6.5GB
• FUJITSU MHE2064A T 6.4GB
• IBM DTDA-26480 6.4GB
Keyboard
The Model 3100C Notebook PC can use a 87, 88 or 89-key keyboard that is compatible with
an IBM PC/AT keyboard.
Keyboard features:
- Full-sized keys and standard spacing between keys
- Embedded numeric keypad with dedicated alteration keys
- Cursor control keys: Left, Right, Up, Down
- Screen control keys: Insert, Delete, Home, End, PgDn, PgUp
- 12 function keys
- Function support for NumLock, CapsLock, ScrollLock
4
The keyboard uses membrane key-switches with the following features:
- Contact type: Membrane
- T otal travel: 3.0-mm ±0.3 mm
- Operating point: End on
- T ouch feeling: Soft tactile
- Click sound: Sileat tactile
- Operating lifetime: 5 million cycles
- Operating forces: 57 ± 15g
The keycaps specifications are:
- Material used: ABS
- Legends: Printed with coating
- Operating lifetime of Legends: 5 million cycles
LCD display module
The Model 3100C Notebook PC has a full range of TFT color LCD display modules with
different Clevo internal designed inverters. These display modules can be tilted up for easy viewing of
data display. The selected module will be a dot-matrix color LCD unit with the following features:
The Intel 443BX AGPset is intended for the Pentium II processor platform and emerging 3D
graphics/multimedia applications. Host Bridge provides a Host-to-PCI bridge, optimized DRAM
controller and data path, and an Accelerated Graphic Port (AGP) interface. AGP is a high
performance, component level interconnect targeted at 3D graphics applications and is based on set of
performance enhancements to PCI.
-Processor/Host Interface
-Memory Interface
-PCI bus Interface
-AGP Interface
-Power Management Functions (Only 440BX)
Southbridge Chip - INTEL 82371EB (PIIX4E)
It contains the following features:
-Supported Kits for both Pentium family Microprocessors
-Multifunction PCI to ISA Bridge
7
-Supports PCI at 33 MHz
-Supports PCI Rev 2.1 Specification
-Supports Full ISA or Extended I/O bus
-Supports Mobile Deep Green Environments
-3.3V Operation with 5V T olerant Buffers
-Ultra-low Power for Mobile Environments Support
-Full Support for APCI (Advanced Configuration and Power Interface) Revision 1.0
-Integrated IDE Controller
-Supports Ultra DMA/33
-Supports two 82C37 Enhanced DMA Controller
-Supports two 82C59 Interrupt Controller
-Supports 82C54 Timer Based
-Supports UHCI USB Ports
-Supports SMBus
VGA controller – A TI 3D RAGE LT PRO
The A TI 3D RAGE L T PRO Multimedia Flat Panel Controller is a DRAM based, fully integrated
LCD, CR T & TV 64 bits controller for AGP systems. It contains the following functions:
-Supports displays for 8 MB
-64bit high performance 2D/3D Graphic Engine
-Supports bus master AGP and SGRAM memory
-Supports 24 bit TFT panels up to 1024x768 resolution
-Supports non-interlaced 1280x1024x64k, 1024x768x16M, 800x600x16M, and
640x480x16M color on CR T
-Simultaneous display in 24 bit color on flat panel and CR T
-Internal buffer provides flicker reduction
-A TI 3D RAGE LT PRO DAC can directly interface with a standard off-the-shelf NTSC/PAL
encoder. Composite synchronization signals support for standard home TV connection up to
1280x1024x16M and 16:9 Wide mode
-Graphic functions optimized by a 64-bit internal data bus and VGA, SVGA, and XGA flat
panel
-Provides flexible and extensive power management capabilities and supports four states of
VESA Display Power Management Signaling standard
-Industry leading DuoV iew Simultaneous display at Windows 98
-Fully compliant ZV-port interface with device driver support for VPM
-Motion compensation
PC CARD 95 (CARD BUS) interface controller - TI-1225
TI Card bus Interface Controller 1225 implements the PCMCIA 2.0/JEIDA 4.1 standard. It
-One-Slot plus MPEG three Zoomed Video Ports support
8
-Bus Master Transfer capability
-Supports both 5V and 3.3V PC cards
-Support PCMCIA_A T A Specification
-Supports Advanced Submicron Low Power CMOS T echnology
-Supports ACPI 1.0 Compliant
-208 pin TQFP package
ZV Port Custom Interface
The ZV (Zoomed V ideo) Port is a single source, point-to-point unidirectional video bus between
a PC Card socket and a VGA controller. The ZV Port complies with CCIR601 timing to allow NTSC
decoders to deliver real-time digital video straight into the VGA frame buffer from a PC Card. The ZV
Port also allows an industry standard mechanism for transferring digital audio PCM data to a low cost
DAC for conversion to an analog signal.
Super I/O Floppy disk Controller – FDC37N869
The SMC FDC37N869 super I/O is optimized for motherboard applications. It provides:
- Intelligent Auto Power Management
- 16 Bit Address Qualification
- 1.44MB Super I/O Floppy Disk Controller
••
•Support Vertical Recording Format
••
••
•16 Byte Data FIFO
••
••
•48 Base I/O Address, 15 IRQ and 4 DMA options
••
-Enhanced Digital Data Separator. Data rate up to 1Mbps.
-Multi-Mode Parallel Port with ChiProtect Circuitry
••
• Standard Mode
••
IBM PC/A T and PS/2 compatible Bidirectional Parallel port.
••
• Enhanced Mode
••
Enhanced Parallel Port (EPP) Compatible
••
• High Speed Mode
••
Microsoft and Hewlett Packard Extended Capabilities Port (ECP) Compatible
- Serial Port
••
• T wo high speed NS16C550 compatible UAR T s with Send/Receive 16 Byte FIFOs
••
••
• Programmable Baud Rate Generator
••
••
• Modem Control Circuitry
••
••
• Infrared-IrDA1.2(4Mbps), HPSIR, ASKIR, Consumer IR Support
-Meet Audio Codec ‘97 analog performance specification
-Full-duplex operation for simultaneous record and playback
••
• 8-channel record source with stereo inputs for line , CD audio, video audio, auxiliary line,
••
playback mix, and mono inputs for microphone, phone and mono playback mix.
••
• 8-channel playback mixer with stereo inputs for line, CD audio ,video audio, auxiliary line,
••
digital audio (wave files), and mono inputs for microphone, phone and PC beep.
••
• Mixer-controlled record and playback with programmable 5-bit (32 step) logarithmic
••
master volume control.
Keyboard controller - M38867M8
-Memory size: 1024 bytes (RAM)
-Timers: 8 bit pre-scaler X 4 + 8 bit timer X 3
-Comparator: 4 bit X 8 channels
-Bus interface: 2 bytes
-Key on wake-up: 8 channels
-Interrupts: 8 external, 7 internal and 1 software
-A-D converter: 8 channels
-D-A converter: 2 channels
-PWM: 2 channels
-System bus interface: 8042 type
10
Battery Information
Proper care will improve the performance and extend the life and cycle life of your battery. Please
follow these simple guidelines to get the best use out of your battery.
Power loss
When not in use, a battery will gradually lose its power, this is normal. The rate of power loss
depends on the battery type and is approximately:
2% / Dayfor a Ni-MH Battery
0.2% / Dayfor a Li-Ion Battery
Battery storage
Outside the computer
If you are going to store a battery outside your computer for an extended period you must:
·Charge the battery to at least 40% capacity prior to storage.
·Follow steps 1 through 3 approximately every 30 days:
1. Completely recharge the battery.
2. Use the battery until it is fully discharged
3. Recharge the battery to at least 40% capacity.
Inside the computer
If a fully charged battery is stored inside the computer and the battery is not used for more
than 30 days, you must follow these steps:
1.Completely recharge the battery.
2.Use the battery until it is fully discharged
3.Recharge the battery to 100% capacity.
(In this case it doesn’t matter whether or not the computer is being used)
Note: An empty battery will become damaged if stored too long and by following these
steps the battery cycle life and the battery life will increase.
Battery Testing
T esting a battery while its temperature remains high could possibly cause inaccurate
measurements, therefore we strongly recommend:
·W aiting 30 minutes before testing a battery that has just been fully charged.
·W aiting at least 30 minutes before recharging a fully discharged battery .
Note: All battery testing should be done on a fully charged or fully discharged battery.
11
Battery alarm
The battery alarm is activated by a program and will sound when the battery power is low.
Note: If a fully discharged battery has been charged for less than 3 minutes, this program will
not be activated.
This happens when these 3 steps occur:
1. The computer is being used and the low battery alarm sounds.
2. The AC adapter is connected to charge the battery while the computer continues to be
used.
3. The adapter is unplugged within the first 3 minutes of charging.
After this sequence of steps, the computer will eventually shutdown without the low battery
alarm sounding and you will lose any work you have entered and not saved.
Therefore you should make sure that the AC adapter is firmly plugged into the computer when
charging the battery.
12
Device port connectors and Pin assignments
Floppy Disk Drive & Secondary Hard Disk Drive Interface
Uses one 60 pin B/B connector with the following configuration:
-The total efficiency is 80% minimum at full load condition.
Output Characteristics
+2V and +3.45V Power on simultaneously.
VoltageRegulationRipple & Noise Current TypicalCurrent Peak
+5V±4%150mVp-p4.1A6.0A
+3.45V±4%150mVp-p3.0A5.0A
+12V±5%200mVp-p0.22A0.5A
+1.5V - +2V±4%150mVp-p10A12A
System Alarm
TypeBattery LowShut Down
LI-ION
NI-MH
10.1VÓ0.5V9.1VÓ0.5V
11.1VÓ0.5V9.5VÓ0.5V
24
Inverter Board
Pin Assignment
Connector 1; Input Connector
14.1” Pin No.13.1” Pin No.SymbolDescription
11B+DC Voltage Supplies the Operating
Power
22B+DC Voltage Supplies the Operating
Power
33GNDGND
44GNDGND
55BRIGADJGive an analog step by step signal in
the range of 0 to 2.5V DC to Control
the Lamp brightness
66BKLOControl the Inverter ON/OFF
Connector 2; Output Connector
Pin No.Description
1High voltage side of the Lamp
2Low voltage side of the Lamp
Electrical Specifications
NO.ItemSYMMinTypicalMaxUnit
1Input VoltageVin
2Output VoltageVout-700-Vrms
4Output PowerPout-3.554.0W
5Working
Frequency
7Brightness ControlBRIGADJ80%2.5Vdc
8Efficiency70--%
9Kick off VoltageVopen
(Ripple 800m Vp-p
Iout (Min)
BRIGADJ=0V
Iout(Max)
BRIGADJ=2.5V
F455055KHz
>15ms ON
@ 0ºC
712.022.0Vdc
3.05.5mArms3Output Current
5.06.0mArms
3.03.3Vdc6On/Off ControlBKLO
00.8Vdc
1400Vrms
25
System Resource Allocation (In W indows 98)
IRQ:
IRQ 0: System timer
IRQ 1: Standard 101/102-key or Microsoft Natural Keyboard
IRQ 2: Programmable interrupt controller
IRQ 3: Infrared PnP Serial Port (*PNP0510)
IRQ 4: Communication Port (COM1)
IRQ 5: ESS Device Manager
IRQ 5: IRQ holder for PCI steering
IRQ 6: Standard Floppy Disk Controller
IRQ 7: Printer Port (LPT1)
IRQ 8: System CMOS/real time clock
IRQ 9: Free
IRQ 10: T exas Instruments OHCI Compliant IEEE 1394 Host Controller
IRQ 10: REALmagic Ventura Plus
IRQ 10: Texas Instruments PCI-1225 CardBus Controller
IRQ 10: Texas Instruments PCI-1225 CardBus Controller
IRQ 10: Intel 82371AB/EB PCI to USB Universal Host Controller
IRQ 10: IRQ Holder for PCI steering
IRQ 10: RAGE LT PRO AGP 2X (English)
IRQ 10: IRQ Holder for PCI steering
IRQ 10: IRQ Holder for PCI steering
IRQ 10: IRQ Holder for PCI steering
IRQ 11: Free
IRQ 12: PS/2 Compatible Mouse Port
IRQ 13: Numeric data processor
IRQ 14: Intel 82371AB/EB PCI Bus Master IDE Controller
IRQ 14: Primary IDE controller (dual fifo)
IRQ 15: Intel 82371AB/EB PCI Bus Master IDE Controller
IRQ 15: Secondary IDE controller (dual fifo)
DMA:
DMA 1: Maestro DOS Games/FM Devices
DMA 2: Standard Floppy Disk Controller
DMA 3: Direct memory access Controller
26
Installation Procedures
Installing/Upgrading a processor
The notebook computer supports an Intel Pentium !!! processor of 500 MHz, 550 MHz, and 600
MHz core frequencies.
T wo CPU types are suitable for this machine, FC-PGA 370 and PPGA-370. The processors vary
in height and depending on the processor type you may have to replace the 4 hex studs on the
mainboard.
The mainboard can support a FC-PGA370 type processor without adding the new hex studs.
If you would like to use a PPGA-370 type processor you will need to add new hex studs which is
explained in this chapter.
Note: Remember to wear an antistatic wrist strap when adding or replacing the processor.
The 5 basic steps to Installing/Upgrading a processor are:
1)Remove the heat sink
2)Remove the existing processor
3)Replace the HEX STUDS (if you are installing a PPGA-370 type processor)
4)Install a new processor
5)Install the heat sink
27
Removing the heat sink
1) Unscrew and remove the CPU cover.
2) Remove the four screws which hold the heat sink in place.
3) Lift the heat sink out of the computer.
CPU cover
Heat sink
Note: If the thermal pad on the heatsink is br oken, please change the thermal pad. Otherwise, it will
cause CPU temperature too high.
28
Remove the existing processor
At this step you should have successfully removed the heat sink and you are now looking at the
CPU dock with processor.
The CPU dock with the Zif plug (lock) in place.
Remove the Zif plug from the CLOSE side of
the CPU dock.
Align the CPU tool (jig) over the CPU
29
Place the CPU tool (jig) on top of
the CPU
Place the screwdriver into the open slot on the CPU
case
Hold the CPU tool (jig) in place and move the screwdriver in the towards the CPU. (this will unlock the
CPU from its dock)
Remove the screwdriver and the
CPU tool (jig) and gently lift the
CPU out of the dock.
30
Replace the HEX STUDS ( if you are installing a PPGA-370 type processor)
There are two heights of hex studs which can be used in the mainboard, 6.5 mm and 7.7 mm
(the 6.5 mm hex studs are gold and the 7.7 mm hex studs are black). If you are going to install a FCPGA type processor you will need 6.5 mm hex studs. These hex studs come with the mainboard so
you don’t need to do this step.
If you want to install a PPGA-370 processor you will need 7.7 mm hex studs. T o add or replace
the hex studs simply:
1) Unscrew the existing hex studs.
2) Screw in the new correct size hex studs.
Caution: You must use 6.5 mm hex studs for the FC-PGA 370 processor and 7.7 mm hex studs
for the PPGA370 processor. Failure to do this will cause the processor to overheat.
Hex studs
CPU (processor)
31
Install a new processor
Now you should be looking at an empty CPU dock and you should have changed the Hex studs
if it was necessary . T o install a new processor simply follow these steps
The empty CPU dock without a
processor module.
Gently place the processor into the opened CPU dock and
press it into place
Align the CPU tool (jig) with the CPU dock.
32
Place the CPU tool (jig) on top of
the CPU
Place the screwdriver into the close slot on the CPU case
Hold the CPU tool (jig) in place and move the screwdriver
in towards the CPU. (this will lock the CPU securely in
place)
Remove the screwdriver and the CPU tool (jig)
Place the Zif plug (lock) on the CLOSE side
of the CPU dock.
The processor is now securely locked
into the CPU dock.
33
Install the heat sink
1) Place the heat sink on top of the Hex studs.
2) Tighten the screws on the CLOSE side of the CPU dock first.
(this will prevent the dock from unlocking accidentally)
3) Tighten the two screws on the OPEN side of the CPU dock.
4) Make sure the Heat sink fan plug is properly installed
5) Replace and screw in the CPU cover.
Heat sink fan plug
Proper installation of
the heat sink.
Improper installation
of the heat sink.
CPU cover
Heat sink
34
Updating the Flash ROM BIOS
T o update the FLASH ROM BIOS you must do six things:
A : Download the BIOS update from the Kapok website.
B: Create a bootable Floppy Disk
C: Copy you BIOS files onto the bootable Floppy Disk.
D : Set the DIP switches for BIOS Update (On position)
E : Reboot your computer from the FDD
F : Set the DIP Switches to the original position (Off position)
G : Reboot from the HDD
A: Download the BIOS update from the website.
1)Using your web browser go to www.clevo.com.tw
2)Choose Kapok from the home page
3)Choose Support at the top of the Kapok page
4)Select Download Drivers
5)Select the model number of your computer and download the zip file to your computer.
6)Unzip the file into a suitable directory.
B: Create a bootable Floppy Disk.
Through Windows 98
1)Insert a Floppy Disk into your FDD. (This disk will be overwritten and all information erased, so
make sure it has no important data on it!)
2)Go to My Computer or Windows Explorer .
3)Highlight the Floppy Drive icon and click the left mouse button, a menu will appear.
4)Select Format.
5)In the “Format 3 ½ Floppy Drive” window select:
Format type = Quick
Other options = Copy system files.
6)Press “Start”. (This will create a disk which you will use to boot your system and update your
BIOS)
Through DOS
1) Insert a Floppy Disk into your FDD. (This disk will be overwritten and all information erased,
so make sure it has no important data on it!)
2) At the DOS prompt type: Format A:/s
C: Copy your BIOS files onto the bootable Floppy Disk.
T ake the Unzipped BIOS files and copy them to the disk you just formatted.
35
D: Set the DIP switches to ON
1) Turn off the computer .
2) Press the two keyboard latches to elevate the keyboard from its normal position. (refer to
Drawing 4-1)
3) Carefully lift the keyboard assembly out to expose the mainboard.
Drawing 4-1
4) Locate the DIP switches (Drawing 4-2).
5) Set SW1-1 and SW1-2 to the ON position
6) Reinsert the keyboard.
DIP Switch (SW1)Purpose
SW1-1SW1-2Flash ROM BIOS
OnOnUpdating BIOS
Drawing 4-2
E: Reboot your computer from the FDD
1)Insert the newly formatted disk with the BIOS files into your Floppy Drive.
2)Restart your computer.
Note: When your system boots from the floppy disk it will automatically update the BIOS since
one of the files your copied from the website is an executable file.
36
F: Set the DIP switches to the OFF position
1) Turn off the computer .
2) Press the two keyboard latches to elevate the keyboard from its normal position. (refer to
Drawing 4-1)
3) Carefully lift the keyboard assembly out to expose the mainboard.
4) Locate the DIP switches (Drawing 4-2).
5) Set SW1-1 and SW1-2 to the OFF position
6) Reinsert the keyboard.
DIP Switch (SW1)Purpose
SW1-1SW1-2Flash ROM BIOS
OffOffExisting BIOS
G: Reboot your computer from the HDD
Remove the Floppy disk from the drive and restart your computer like you normally do.
37
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